| Name | Description |
|---|---|
 Generic
| Generic data record for chiller ElectricReformulatedEIR |
| ReformEIRChiller_McQuay_WSC_471kW_5_89COP_Vanes
| ReformEIRChiller McQuay WSC 471kW/5.89COP/Vanes |
| ReformEIRChiller_York_YT_563kW_10_61COP_Vanes
| ReformEIRChiller York YT 563kW/10.61COP/Vanes |
| ReformEIRChiller_McQuay_PEH_703kW_7_03COP_Vanes
| ReformEIRChiller McQuay PEH 703kW/7.03COP/Vanes |
| ReformEIRChiller_Carrier_23XL_724kW_6_04COP_Vanes
| ReformEIRChiller Carrier 23XL 724kW/6.04COP/Vanes |
| ReformEIRChiller_Carrier_19XR_742kW_5_42COP_VSD
| ReformEIRChiller Carrier 19XR 742kW/5.42COP/VSD |
| ReformEIRChiller_McQuay_WSC_816kW_6_74COP_Vanes
| ReformEIRChiller McQuay WSC 816kW/6.74COP/Vanes |
| ReformEIRChiller_McQuay_PEH_819kW_8_11COP_Vanes
| ReformEIRChiller McQuay PEH 819kW/8.11COP/Vanes |
| ReformEIRChiller_Carrier_19XR_823kW_6_28COP_Vanes
| ReformEIRChiller Carrier 19XR 823kW/6.28COP/Vanes |
| ReformEIRChiller_Carrier_19XR_869kW_5_57COP_VSD
| ReformEIRChiller Carrier 19XR 869kW/5.57COP/VSD |
| ReformEIRChiller_Carrier_19XR_897kW_7_23COP_VSD
| ReformEIRChiller Carrier 19XR 897kW/7.23COP/VSD |
| ReformEIRChiller_Carrier_19XR_897kW_6_50COP_Vanes
| ReformEIRChiller Carrier 19XR 897kW/6.50COP/Vanes |
| ReformEIRChiller_York_YT_897kW_7_60COP_VSD
| ReformEIRChiller York YT 897kW/7.60COP/VSD |
| ReformEIRChiller_York_YT_897kW_6_27COP_VSD
| ReformEIRChiller York YT 897kW/6.27COP/VSD |
| ReformEIRChiller_Carrier_19XR_897kW_6_23COP_VSD
| ReformEIRChiller Carrier 19XR 897kW/6.23COP/VSD |
| ReformEIRChiller_McQuay_PFH_932kW_5_09COP_Vanes
| ReformEIRChiller McQuay PFH 932kW/5.09COP/Vanes |
| ReformEIRChiller_York_YT_960kW_4_64COP_Vanes
| ReformEIRChiller York YT 960kW/4.64COP/Vanes |
| ReformEIRChiller_York_YT_1023kW_5_81COP_Vanes
| ReformEIRChiller York YT 1023kW/5.81COP/Vanes |
| ReformEIRChiller_McQuay_PEH_1030kW_8_58COP_Vanes
| ReformEIRChiller McQuay PEH 1030kW/8.58COP/Vanes |
| ReformEIRChiller_York_YT_1048kW_6_06COP_Vanes
| ReformEIRChiller York YT 1048kW/6.06COP/Vanes |
| ReformEIRChiller_York_YT_1055kW_5_96COP_Vanes
| ReformEIRChiller York YT 1055kW/5.96COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1076kW_5_52COP_Vanes
| ReformEIRChiller Carrier 19XR 1076kW/5.52COP/Vanes |
| ReformEIRChiller_Trane_CVHE_1080kW_7_39COP_Vanes
| ReformEIRChiller Trane CVHE 1080kW/7.39COP/Vanes |
| ReformEIRChiller_York_YT_1090kW_7_57COP_VSD
| ReformEIRChiller York YT 1090kW/7.57COP/VSD |
| ReformEIRChiller_McQuay_PEH_1104kW_8_00COP_Vanes
| ReformEIRChiller McQuay PEH 1104kW/8.00COP/Vanes |
| ReformEIRChiller_Trane_CVHE_1125kW_4_89COP_Vanes
| ReformEIRChiller Trane CVHE 1125kW/4.89COP/Vanes |
| ReformEIRChiller_York_YT_1125kW_7_92COP_VSD
| ReformEIRChiller York YT 1125kW/7.92COP/VSD |
| ReformEIRChiller_Trane_CVHE_1129kW_7_19COP_Vanes
| ReformEIRChiller Trane CVHE 1129kW/7.19COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1143kW_6_57COP_VSD
| ReformEIRChiller Carrier 19XR 1143kW/6.57COP/VSD |
| ReformEIRChiller_Carrier_19XR_1157kW_5_62COP_VSD
| ReformEIRChiller Carrier 19XR 1157kW/5.62COP/VSD |
| ReformEIRChiller_Carrier_19XR_1196kW_6_50COP_Vanes
| ReformEIRChiller Carrier 19XR 1196kW/6.50COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1213kW_7_78COP_Vanes
| ReformEIRChiller Carrier 19XR 1213kW/7.78COP/Vanes |
| ReformEIRChiller_McQuay_PEH_1231kW_6_18COP_Vanes
| ReformEIRChiller McQuay PEH 1231kW/6.18COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1234kW_5_39COP_VSD
| ReformEIRChiller Carrier 19XR 1234kW/5.39COP/VSD |
| ReformEIRChiller_Carrier_19XR_1259kW_6_26COP_Vanes
| ReformEIRChiller Carrier 19XR 1259kW/6.26COP/Vanes |
| ReformEIRChiller_York_YK_1259kW_6_45COP_Vanes
| ReformEIRChiller York YK 1259kW/6.45COP/Vanes |
| ReformEIRChiller_York_YT_1266kW_4_39COP_Vanes
| ReformEIRChiller York YT 1266kW/4.39COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1284kW_6_20COP_Vanes
| ReformEIRChiller Carrier 19XR 1284kW/6.20COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1294kW_7_61COP_Vanes
| ReformEIRChiller Carrier 19XR 1294kW/7.61COP/Vanes |
| ReformEIRChiller_Trane_CVHE_1329kW_5_38COP_Vanes
| ReformEIRChiller Trane CVHE 1329kW/5.38COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1350kW_7_90COP_VSD
| ReformEIRChiller Carrier 19XR 1350kW/7.90COP/VSD |
| ReformEIRChiller_York_YT_1368kW_7_35COP_VSD
| ReformEIRChiller York YT 1368kW/7.35COP/VSD |
| ReformEIRChiller_Trane_CVHE_1372kW_7_49COP_Vanes
| ReformEIRChiller Trane CVHE 1372kW/7.49COP/Vanes |
| ReformEIRChiller_York_YT_1396kW_7_35COP_Vanes
| ReformEIRChiller York YT 1396kW/7.35COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1403kW_7_09COP_VSD
| ReformEIRChiller Carrier 19XR 1403kW/7.09COP/VSD |
| ReformEIRChiller_York_YT_1403kW_6_94COP_VSD
| ReformEIRChiller York YT 1403kW/6.94COP/VSD |
| ReformEIRChiller_Trane_CVHE_1407kW_7_14COP_VSD
| ReformEIRChiller Trane CVHE 1407kW/7.14COP/VSD |
| ReformEIRChiller_McQuay_PFH_1407kW_6_60COP_Vanes
| ReformEIRChiller McQuay PFH 1407kW/6.60COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1407kW_6_04COP_VSD
| ReformEIRChiller Carrier 19XR 1407kW/6.04COP/VSD |
| ReformEIRChiller_Carrier_19XR_1410kW_8_54COP_VSD
| ReformEIRChiller Carrier 19XR 1410kW/8.54COP/VSD |
| ReformEIRChiller_Trane_CVHE_1442kW_6_61COP_VSD
| ReformEIRChiller Trane CVHE 1442kW/6.61COP/VSD |
| ReformEIRChiller_York_YT_1459kW_6_40COP_VSD
| ReformEIRChiller York YT 1459kW/6.40COP/VSD |
| ReformEIRChiller_Trane_CVHE_1484kW_9_96COP_VSD
| ReformEIRChiller Trane CVHE 1484kW/9.96COP/VSD |
| ReformEIRChiller_York_YT_1495kW_7_51COP_VSD
| ReformEIRChiller York YT 1495kW/7.51COP/VSD |
| ReformEIRChiller_McQuay_WSC_1519kW_7_10COP_Vanes
| ReformEIRChiller McQuay WSC 1519kW/7.10COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1558kW_5_81COP_VSD
| ReformEIRChiller Carrier 19XR 1558kW/5.81COP/VSD |
| ReformEIRChiller_Carrier_19XR_1586kW_5_53COP_VSD
| ReformEIRChiller Carrier 19XR 1586kW/5.53COP/VSD |
| ReformEIRChiller_McQuay_PEH_1635kW_7_47COP_Vanes
| ReformEIRChiller McQuay PEH 1635kW/7.47COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1635kW_6_36COP_Vanes
| ReformEIRChiller Carrier 19XR 1635kW/6.36COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1656kW_8_24COP_VSD
| ReformEIRChiller Carrier 19XR 1656kW/8.24COP/VSD |
| ReformEIRChiller_York_YT_1663kW_9_34COP_Vanes
| ReformEIRChiller York YT 1663kW/9.34COP/Vanes |
| ReformEIRChiller_Carrier_19XL_1674kW_7_89COP_Vanes
| ReformEIRChiller Carrier 19XL 1674kW/7.89COP/Vanes |
| ReformEIRChiller_Trane_CVHF_1681kW_6_59COP_Vanes
| ReformEIRChiller Trane CVHF 1681kW/6.59COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1723kW_8_32COP_VSD
| ReformEIRChiller Carrier 19XR 1723kW/8.32COP/VSD |
| ReformEIRChiller_Carrier_19XR_1727kW_9_04COP_Vanes
| ReformEIRChiller Carrier 19XR 1727kW/9.04COP/Vanes |
| ReformEIRChiller_McQuay_WSC_1751kW_6_73COP_Vanes
| ReformEIRChiller McQuay WSC 1751kW/6.73COP/Vanes |
| ReformEIRChiller_Trane_CVHF_1758kW_5_96COP_Vanes
| ReformEIRChiller Trane CVHF 1758kW/5.96COP/Vanes |
| ReformEIRChiller_York_YT_1758kW_5_76COP_VSD
| ReformEIRChiller York YT 1758kW/5.76COP/VSD |
| ReformEIRChiller_York_YT_1758kW_6_26COP_Vanes
| ReformEIRChiller York YT 1758kW/6.26COP/Vanes |
| ReformEIRChiller_York_YT_1758kW_5_96COP_Vanes
| ReformEIRChiller York YT 1758kW/5.96COP/Vanes |
| ReformEIRChiller_Trane_CVHE_1758kW_5_96COP_Vanes
| ReformEIRChiller Trane CVHE 1758kW/5.96COP/Vanes |
| ReformEIRChiller_York_YT_1758kW_6_28COP_Vanes
| ReformEIRChiller York YT 1758kW/6.28COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1758kW_5_86COP_VSD
| ReformEIRChiller Carrier 19XR 1758kW/5.86COP/VSD |
| ReformEIRChiller_Trane_CVHF_1758kW_6_46COP_VSD
| ReformEIRChiller Trane CVHF 1758kW/6.46COP/VSD |
| ReformEIRChiller_Trane_CVHF_1758kW_6_87COP_Vanes
| ReformEIRChiller Trane CVHF 1758kW/6.87COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1776kW_8_00COP_Vanes
| ReformEIRChiller Carrier 19XR 1776kW/8.00COP/Vanes |
| ReformEIRChiller_Carrier_19XL_1779kW_6_18COP_Vanes
| ReformEIRChiller Carrier 19XL 1779kW/6.18COP/Vanes |
| ReformEIRChiller_Trane_CVHF_1779kW_6_18COP_Vanes
| ReformEIRChiller Trane CVHF 1779kW/6.18COP/Vanes |
| ReformEIRChiller_York_YT_1794kW_8_11COP_Vanes
| ReformEIRChiller York YT 1794kW/8.11COP/Vanes |
| ReformEIRChiller_York_YT_1794kW_7_90COP_VSD
| ReformEIRChiller York YT 1794kW/7.90COP/VSD |
| ReformEIRChiller_Carrier_19XL_1797kW_5_69COP_Vanes
| ReformEIRChiller Carrier 19XL 1797kW/5.69COP/Vanes |
| ReformEIRChiller_Carrier_19XR_1801kW_6_34COP_VSD
| ReformEIRChiller Carrier 19XR 1801kW/6.34COP/VSD |
| ReformEIRChiller_York_YT_1867kW_10_09COP_Vanes
| ReformEIRChiller York YT 1867kW/10.09COP/Vanes |
| ReformEIRChiller_Carrier_19XL_1871kW_6_49COP_Vanes
| ReformEIRChiller Carrier 19XL 1871kW/6.49COP/Vanes |
| ReformEIRChiller_York_YT_1881kW_6_77COP_VSD
| ReformEIRChiller York YT 1881kW/6.77COP/VSD |
| ReformEIRChiller_York_YK_1881kW_6_53COP_Vanes
| ReformEIRChiller York YK 1881kW/6.53COP/Vanes |
| ReformEIRChiller_McQuay_PEH_1895kW_6_42COP_Vanes
| ReformEIRChiller McQuay PEH 1895kW/6.42COP/Vanes |
| ReformEIRChiller_York_YT_1934kW_7_55COP_Vanes
| ReformEIRChiller York YT 1934kW/7.55COP/Vanes |
| ReformEIRChiller_McQuay_PEH_1934kW_6_01COP_Vanes
| ReformEIRChiller McQuay PEH 1934kW/6.01COP/Vanes |
| ReformEIRChiller_McQuay_WDC_1973kW_6_28COP_Vanes
| ReformEIRChiller McQuay WDC 1973kW/6.28COP/Vanes |
| ReformEIRChiller_York_YK_1997kW_7_24COP_Vanes
| ReformEIRChiller York YK 1997kW/7.24COP/Vanes |
| ReformEIRChiller_McQuay_PFH_2043kW_8_44COP_Vanes
| ReformEIRChiller McQuay PFH 2043kW/8.44COP/Vanes |
| ReformEIRChiller_Trane_CVHF_2043kW_9_08COP_Vanes
| ReformEIRChiller Trane CVHF 2043kW/9.08COP/Vanes |
| ReformEIRChiller_Carrier_19XL_2057kW_6_05COP_Vanes
| ReformEIRChiller Carrier 19XL 2057kW/6.05COP/Vanes |
| ReformEIRChiller_York_YT_2110kW_7_15COP_Vanes
| ReformEIRChiller York YT 2110kW/7.15COP/Vanes |
| ReformEIRChiller_McQuay_PFH_2124kW_6_03COP_Vanes
| ReformEIRChiller McQuay PFH 2124kW/6.03COP/Vanes |
| ReformEIRChiller_York_YK_2159kW_6_85COP_Vanes
| ReformEIRChiller York YK 2159kW/6.85COP/Vanes |
| ReformEIRChiller_Trane_CVHF_2184kW_6_78COP_Vanes
| ReformEIRChiller Trane CVHF 2184kW/6.78COP/Vanes |
| ReformEIRChiller_York_YK_2201kW_6_69COP_Vanes
| ReformEIRChiller York YK 2201kW/6.69COP/Vanes |
| ReformEIRChiller_York_YT_2233kW_9_54COP_VSD
| ReformEIRChiller York YT 2233kW/9.54COP/VSD |
| ReformEIRChiller_York_YK_2237kW_6_41COP_Vanes
| ReformEIRChiller York YK 2237kW/6.41COP/Vanes |
| ReformEIRChiller_York_YK_2275kW_6_32COP_Vanes
| ReformEIRChiller York YK 2275kW/6.32COP/Vanes |
| ReformEIRChiller_Trane_CVHF_2300kW_8_10COP_Vanes
| ReformEIRChiller Trane CVHF 2300kW/8.10COP/Vanes |
| ReformEIRChiller_Trane_CVHF_2317kW_6_33COP_VSD
| ReformEIRChiller Trane CVHF 2317kW/6.33COP/VSD |
| ReformEIRChiller_Carrier_19XR_2391kW_6_77COP_Vanes
| ReformEIRChiller Carrier 19XR 2391kW/6.77COP/Vanes |
| ReformEIRChiller_Carrier_19XR_2391kW_6_44COP_VSD
| ReformEIRChiller Carrier 19XR 2391kW/6.44COP/VSD |
| ReformEIRChiller_York_YK_2412kW_5_58COP_Vanes
| ReformEIRChiller York YK 2412kW/5.58COP/Vanes |
| ReformEIRChiller_McQuay_PFH_2462kW_6_67COP_Vanes
| ReformEIRChiller McQuay PFH 2462kW/6.67COP/Vanes |
| ReformEIRChiller_Trane_CVHG670_44_86_2490kW_6_5COP
| ReformEIRChiller Trane CVHG670-44&86 2490kW/6.5COP |
| ReformEIRChiller_Trane_CVHF_2567kW_11_77COP_VSD
| ReformEIRChiller Trane CVHF 2567kW/11.77COP/VSD |
| ReformEIRChiller_York_YK_2771kW_6_84COP_VSD
| ReformEIRChiller York YK 2771kW/6.84COP/VSD |
| ReformEIRChiller_Trane_CVHF_2799kW_6_40COP_Vanes
| ReformEIRChiller Trane CVHF 2799kW/6.40COP/Vanes |
| ReformEIRChiller_York_YT_3133kW_9_16COP_Vanes
| ReformEIRChiller York YT 3133kW/9.16COP/Vanes |
| ReformEIRChiller_McQuay_PFH_3165kW_6_48COP_Vanes
| ReformEIRChiller McQuay PFH 3165kW/6.48COP/Vanes |
| ReformEIRChiller_McQuay_PFH_4020kW_7_35COP_Vanes
| ReformEIRChiller McQuay PFH 4020kW/7.35COP/Vanes |
| ReformEIRChiller_York_YK_4396kW_6_63COP_Vanes
| ReformEIRChiller York YK 4396kW/6.63COP/Vanes |
| ReformEIRChiller_York_YK_4477kW_6_64COP_Vanes
| ReformEIRChiller York YK 4477kW/6.64COP/Vanes |
| ReformEIRChiller_York_YK_4515kW_6_22COP_Vanes
| ReformEIRChiller York YK 4515kW/6.22COP/Vanes |
| ReformEIRChiller_York_YK_4537kW_6_28COP_Vanes
| ReformEIRChiller York YK 4537kW/6.28COP/Vanes |
| ReformEIRChiller_Trane_CVHF_4610kW_6_34COP_Vanes
| ReformEIRChiller Trane CVHF 4610kW/6.34COP/Vanes |
| ReformEIRChiller_Carrier_19EX_4667kW_6_16COP_Vanes
| ReformEIRChiller Carrier 19EX 4667kW/6.16COP/Vanes |
| ReformEIRChiller_Trane_CVHF_4677kW_6_27COP_Vanes
| ReformEIRChiller Trane CVHF 4677kW/6.27COP/Vanes |
| ReformEIRChiller_York_YK_4966kW_6_05COP_Vanes
| ReformEIRChiller York YK 4966kW/6.05COP/Vanes |
| ReformEIRChiller_York_YK_4969kW_7_14COP_Vanes
| ReformEIRChiller York YK 4969kW/7.14COP/Vanes |
| ReformEIRChiller_York_YK_4969kW_7_07COP_Vanes
| ReformEIRChiller York YK 4969kW/7.07COP/Vanes |
| ReformEIRChiller_Carrier_19EX_4997kW_6_40COP_Vanes
| ReformEIRChiller Carrier 19EX 4997kW/6.40COP/Vanes |
| ReformEIRChiller_Carrier_19EX_5148kW_6_34COP_Vanes
| ReformEIRChiller Carrier 19EX 5148kW/6.34COP/Vanes |
| ReformEIRChiller_York_YK_5170kW_7_15COP_Vanes
| ReformEIRChiller York YK 5170kW/7.15COP/Vanes |
| ReformEIRChiller_Carrier_19EX_5208kW_6_88COP_Vanes
| ReformEIRChiller Carrier 19EX 5208kW/6.88COP/Vanes |
| ReformEIRChiller_York_YK_5465kW_6_94COP_Vanes
| ReformEIRChiller York YK 5465kW/6.94COP/Vanes |
| ReformEIRChiller_York_YK_5549kW_6_50COP_Vanes
| ReformEIRChiller York YK 5549kW/6.50COP/Vanes |
| ReformEIRChiller_Carrier_19FA_5651kW_5_50COP_Vanes
| ReformEIRChiller Carrier 19FA 5651kW/5.50COP/Vanes |
| ReformEIRChiller_Multistack_MS_172kW_3_67COP_None
| ReformEIRChiller Multistack MS 172kW/3.67COP/None |
| ReformEIRChiller_Trane_RTWA_383kW_4_17COP_Valve
| ReformEIRChiller Trane RTWA 383kW/4.17COP/Valve |
| ReformEIRChiller_Trane_RTHB_531kW_4_83COP_Valve
| ReformEIRChiller Trane RTHB 531kW/4.83COP/Valve |
| ReformEIRChiller_Trane_RTHB_538kW_5_12COP_Valve
| ReformEIRChiller Trane RTHB 538kW/5.12COP/Valve |
| ReformEIRChiller_Trane_RTHB_542kW_5_26COP_Valve
| ReformEIRChiller Trane RTHB 542kW/5.26COP/Valve |
| ReformEIRChiller_York_YS_672kW_7_90COP_Valve
| ReformEIRChiller York YS 672kW/7.90COP/Valve |
| ReformEIRChiller_Carrier_23XL_686kW_5_91COP_Valve
| ReformEIRChiller Carrier 23XL 686kW/5.91COP/Valve |
| ReformEIRChiller_Trane_RTHC_707kW_7_77COP_Valve
| ReformEIRChiller Trane RTHC 707kW/7.77COP/Valve |
| ReformEIRChiller_York_YS_756kW_7_41COP_Valve
| ReformEIRChiller York YS 756kW/7.41COP/Valve |
| ReformEIRChiller_York_YS_781kW_5_42COP_Valve
| ReformEIRChiller York YS 781kW/5.42COP/Valve |
| ReformEIRChiller_Carrier_23XL_830kW_6_97COP_Valve
| ReformEIRChiller Carrier 23XL 830kW/6.97COP/Valve |
| ReformEIRChiller_Carrier_23XL_862kW_6_11COP_Valve
| ReformEIRChiller Carrier 23XL 862kW/6.11COP/Valve |
| ReformEIRChiller_Carrier_23XL_862kW_6_84COP_Valve
| ReformEIRChiller Carrier 23XL 862kW/6.84COP/Valve |
| ReformEIRChiller_Carrier_23XL_865kW_6_05COP_Valve
| ReformEIRChiller Carrier 23XL 865kW/6.05COP/Valve |
| ReformEIRChiller_York_YS_879kW_5_82COP_Valve
| ReformEIRChiller York YS 879kW/5.82COP/Valve |
| ReformEIRChiller_Trane_RTHC_1009kW_5_37COP_Valve
| ReformEIRChiller Trane RTHC 1009kW/5.37COP/Valve |
| ReformEIRChiller_Trane_RTHB_1051kW_5_05COP_Valve
| ReformEIRChiller Trane RTHB 1051kW/5.05COP/Valve |
| ReformEIRChiller_Carrier_23XL_1062kW_5_50COP_Valve
| ReformEIRChiller Carrier 23XL 1062kW/5.50COP/Valve |
| ReformEIRChiller_Trane_RTHC_1066kW_5_73COP_Valve
| ReformEIRChiller Trane RTHC 1066kW/5.73COP/Valve |
| ReformEIRChiller_Trane_RTHC_1094kW_6_55COP_Valve
| ReformEIRChiller Trane RTHC 1094kW/6.55COP/Valve |
| ReformEIRChiller_Carrier_23XL_1108kW_6_92COP_Valve
| ReformEIRChiller Carrier 23XL 1108kW/6.92COP/Valve |
| ReformEIRChiller_York_YS_1171kW_9_15COP_Valve
| ReformEIRChiller York YS 1171kW/9.15COP/Valve |
| ReformEIRChiller_Carrier_23XL_1196kW_6_39COP_Valve
| ReformEIRChiller Carrier 23XL 1196kW/6.39COP/Valve |
| ReformEIRChiller_York_YS_1554kW_9_31COP_Valve
| ReformEIRChiller York YS 1554kW/9.31COP/Valve |
| ReformEIRChiller_York_YS_1758kW_5_84COP_Valve
| ReformEIRChiller York YS 1758kW/5.84COP/Valve |
| ReformEIRChiller_Trane_CGWD_207kW_3_99COP_None
| ReformEIRChiller Trane CGWD 207kW/3.99COP/None |
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic
Extends from Buildings.Fluid.Chillers.Data.BaseClasses.Chiller (Base classes for chiller models).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | Maximum part load ratio | |
| Real | PLRMinUnl | Minimum part unload ratio | |
| Real | PLRMin | Minimum part load ratio | |
| Real | etaMotor | Fraction of compressor motor heat entering refrigerant | |
| Temperature | TConLvg_nominal | Temperature of fluid leaving condenser at nominal condition [K] | |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | Reference capacity (negative number) [W] | |
| Real | COP_nominal | Reference coefficient of performance | |
| MassFlowRate | mEva_flow_nominal | Nominal mass flow at evaporator [kg/s] | |
| MassFlowRate | mCon_flow_nominal | Nominal mass flow at condenser [kg/s] | |
| Temperature | TEvaLvg_nominal | Temperature of fluid leaving evaporator at nominal condition [K] | |
| Performance curves | |||
| Integer | nCapFunT | 6 | Number of coefficients for capFunT |
| Integer | nEIRFunT | 6 | Number of coefficients for capFunT |
| Integer | nEIRFunPLR | 10 | Number of coefficients for capFunT |
| Real | capFunT[nCapFunT] | Biquadratic coefficients for capFunT | |
| Real | EIRFunT[nEIRFunT] | Biquadratic coefficients for EIRFunT | |
| Real | EIRFunPLR[nEIRFunPLR] | Coefficients for EIRFunPLR | |
| Temperature | TEvaLvgMin | Minimum value for leaving evaporator temperature [K] | |
| Temperature | TEvaLvgMax | Maximum value for leaving evaporator temperature [K] | |
| Temperature | TConLvgMin | Minimum value for leaving condenser temperature [K] | |
| Temperature | TConLvgMax | Maximum value for leaving condenser temperature [K] | |
record Generic
"Generic data record for chiller ElectricReformulatedEIR"
extends Buildings.Fluid.Chillers.Data.BaseClasses.Chiller(
final nCapFunT=6,
final nEIRFunT=6,
final nEIRFunPLR=10);
parameter Modelica.SIunits.Temperature TConLvg_nominal
"Temperature of fluid leaving condenser at nominal condition";
parameter Modelica.SIunits.Temperature TConLvgMin
"Minimum value for leaving condenser temperature";
Modelica.SIunits.Temperature TConLvgMax
"Maximum value for leaving condenser temperature";
end Generic;
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_WSC_471kW_5_89COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay WSC 471kW/5.89COP/Vanes, !- Name
471200, !- Reference Capacity {W}
5.89, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
33.52, !- Reference Leaving Condenser Water Temperature {C}
0.01035, !- Reference Chilled Water Flow Rate {m3/s}
0.01924, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay WSC 471kW/5.89COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 471kW/5.89COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 471kW/5.89COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.08, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.08 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 33.52 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -471200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.89 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01035 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.01924 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-4.862465E-01,-7.293218E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.522647E-01,-3.311790E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {8.215998E-01,-2.209969E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.81 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.09 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_WSC_471kW_5_89COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -471200,
COP_nominal = 5.89,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.08,
mEva_flow_nominal = 1000 * 0.01035,
mCon_flow_nominal = 1000 * 0.01924,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 33.52,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 18.81,
TConLvgMax = 273.15 + 35.09,
capFunT = {-4.862465E-01,-7.293218E-02,-8.514849E-03,1.463106E-01,-4.474066E-03,9.813408E-03},
EIRFunT = {3.522647E-01,-3.311790E-02,-1.374491E-04,3.469525E-02,-3.624458E-04,6.749423E-04},
EIRFunPLR = {8.215998E-01,-2.209969E-02,-1.725652E-05,-3.831448E-02,1.896948E-01,2.308518E-02,0.000000E+00,1.349969E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay WSC 471kW/5.89COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_563kW_10_61COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 563kW/10.61COP/Vanes, !- Name
562600, !- Reference Capacity {W}
10.61, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
18.89, !- Reference Leaving Condenser Water Temperature {C}
0.01514, !- Reference Chilled Water Flow Rate {m3/s}
0.0241, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 563kW/10.61COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 563kW/10.61COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 563kW/10.61COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 18.89 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -562600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 10.61 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01514 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0241 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.841837E-01,-1.006253E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {-5.308783E-01,-8.364102E-02... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.931998E+00,-2.128161E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.47 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.52 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_563kW_10_61COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -562600,
COP_nominal = 10.61,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.01514,
mCon_flow_nominal = 1000 * 0.0241,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 18.89,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 18.47,
TConLvgMax = 273.15 + 33.52,
capFunT = {-2.841837E-01,-1.006253E-01,-3.157589E-03,1.221758E-01,-3.003466E-03,6.704017E-03},
EIRFunT = {-5.308783E-01,-8.364102E-02,-4.054970E-03,1.347115E-01,-1.805617E-03,3.054789E-03},
EIRFunPLR = {4.931998E+00,-2.128161E-01,3.520769E-04,-8.586753E+00,1.375722E+01,1.940510E-01,0.000000E+00,-8.859038E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 563kW/10.61COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_703kW_7_03COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 703kW/7.03COP/Vanes, !- Name
703300, !- Reference Capacity {W}
7.03, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.40, !- Reference Leaving Condenser Water Temperature {C}
0.02019, !- Reference Chilled Water Flow Rate {m3/s}
0.02902, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 703kW/7.03COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 703kW/7.03COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 703kW/7.03COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.40 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -703300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.03 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02019 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.02902 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.336180E-01,6.473161E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.177961E-01,-1.756394E-01,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.342644E+00,-1.060883E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.28 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.25 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_703kW_7_03COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -703300,
COP_nominal = 7.03,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.02019,
mCon_flow_nominal = 1000 * 0.02902,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.40,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.28,
TConLvgMax = 273.15 + 31.25,
capFunT = {-1.336180E-01,6.473161E-02,-1.240446E-02,9.425649E-02,-2.958871E-03,5.765503E-03},
EIRFunT = {8.177961E-01,-1.756394E-01,2.510719E-03,2.677783E-02,-4.926551E-04,4.559008E-03},
EIRFunPLR = {2.342644E+00,-1.060883E-01,2.710155E-04,-2.289108E+00,3.338339E+00,9.221626E-02,0.000000E+00,-2.217954E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 703kW/7.03COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_724kW_6_04COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 724kW/6.04COP/Vanes, !- Name
724400, !- Reference Capacity {W}
6.04, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.44, !- Reference Leaving Condenser Water Temperature {C}
0.01779, !- Reference Chilled Water Flow Rate {m3/s}
0.01956, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 724kW/6.04COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 724kW/6.04COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 724kW/6.04COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.44 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -724400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.04 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01779 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.01956 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.116010E-01,-1.058351E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.899136E-01,1.976846E-02,8... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.645490E-01,2.732140E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 22.12 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.40 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_724kW_6_04COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -724400,
COP_nominal = 6.04,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.01779,
mCon_flow_nominal = 1000 * 0.01956,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.44,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 22.12,
TConLvgMax = 273.15 + 35.40,
capFunT = {-1.116010E-01,-1.058351E-01,-1.829692E-03,9.677921E-02,-2.169221E-03,4.998660E-03},
EIRFunT = {5.899136E-01,1.976846E-02,8.755088E-04,-7.564222E-03,8.775130E-04,-2.036856E-03},
EIRFunPLR = {3.645490E-01,2.732140E-03,-5.356774E-05,1.212025E-01,5.491750E-01,2.083941E-04,0.000000E+00,-7.516191E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 724kW/6.04COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_742kW_5_42COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 742kW/5.42COP/VSD, !- Name
742000, !- Reference Capacity {W}
5.42, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.86, !- Reference Leaving Condenser Water Temperature {C}
0.01779, !- Reference Chilled Water Flow Rate {m3/s}
0.01956, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 742kW/5.42COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 742kW/5.42COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 742kW/5.42COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.86 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -742000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.42 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01779 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.01956 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.769438E-01,-2.149731E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.131963E+00,-4.201196E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.301853E-02,1.740092E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 22.11 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.90 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_742kW_5_42COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -742000,
COP_nominal = 5.42,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.01779,
mCon_flow_nominal = 1000 * 0.01956,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.86,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 22.11,
TConLvgMax = 273.15 + 34.90,
capFunT = {7.769438E-01,-2.149731E-02,-1.080097E-03,2.754266E-02,-7.938947E-04,1.666375E-03},
EIRFunT = {1.131963E+00,-4.201196E-02,7.571267E-04,-2.042484E-02,7.676570E-04,-2.753302E-04},
EIRFunPLR = {4.301853E-02,1.740092E-02,-2.733344E-05,-5.445504E-01,2.155307E+00,-1.600200E-02,0.000000E+00,-6.716912E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 742kW/5.42COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_WSC_816kW_6_74COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay WSC 816kW/6.74COP/Vanes, !- Name
815800, !- Reference Capacity {W}
6.74, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
32.05, !- Reference Leaving Condenser Water Temperature {C}
0.01748, !- Reference Chilled Water Flow Rate {m3/s}
0.04164, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay WSC 816kW/6.74COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 816kW/6.74COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 816kW/6.74COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.05 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -815800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.74 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01748 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04164 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.237537E-01,1.013316E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.251890E-01,-1.477434E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {5.166838E-01,-1.114911E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.41 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.45 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_WSC_816kW_6_74COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -815800,
COP_nominal = 6.74,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.01748,
mCon_flow_nominal = 1000 * 0.04164,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 32.05,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.41,
TConLvgMax = 273.15 + 33.45,
capFunT = {9.237537E-01,1.013316E-02,-6.564312E-03,2.744234E-02,-2.183256E-03,6.537972E-03},
EIRFunT = {7.251890E-01,-1.477434E-02,-3.174328E-03,4.035136E-03,-6.105556E-05,2.003152E-03},
EIRFunPLR = {5.166838E-01,-1.114911E-02,7.372985E-05,-7.182393E-02,8.180601E-01,7.638243E-03,0.000000E+00,-2.216516E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay WSC 816kW/6.74COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_819kW_8_11COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 819kW/8.11COP/Vanes, !- Name
819300, !- Reference Capacity {W}
8.11, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
18.59, !- Reference Leaving Condenser Water Temperature {C}
0.02524, !- Reference Chilled Water Flow Rate {m3/s}
0.03785, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 819kW/8.11COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 819kW/8.11COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 819kW/8.11COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 18.59 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -819300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.11 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02524 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03785 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.519141E-01,1.393287E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.447588E-01,-3.185710E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.038400E-01,1.702895E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.51 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.07 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_819kW_8_11COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -819300,
COP_nominal = 8.11,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.02524,
mCon_flow_nominal = 1000 * 0.03785,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 18.59,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.51,
TConLvgMax = 273.15 + 35.07,
capFunT = {5.519141E-01,1.393287E-02,-4.818082E-03,3.705684E-02,-1.429769E-03,3.473993E-03},
EIRFunT = {4.447588E-01,-3.185710E-02,-8.260575E-04,3.712567E-02,-4.887950E-05,4.978770E-04},
EIRFunPLR = {1.038400E-01,1.702895E-02,-1.399515E-05,-9.140769E-03,1.077987E+00,-1.633517E-02,0.000000E+00,-1.811897E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 819kW/8.11COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_823kW_6_28COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 823kW/6.28COP/Vanes, !- Name
822900, !- Reference Capacity {W}
6.28, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.70, !- Reference Leaving Condenser Water Temperature {C}
0.03186, !- Reference Chilled Water Flow Rate {m3/s}
0.04744, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 823kW/6.28COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 823kW/6.28COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 823kW/6.28COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.70 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -822900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.28 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03186 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04744 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.746558E-01,8.556337E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.280652E-01,3.277907E-02,7... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.057586E-01,1.472161E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.99 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 29.36 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_823kW_6_28COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -822900,
COP_nominal = 6.28,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03186,
mCon_flow_nominal = 1000 * 0.04744,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.70,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 17.99,
TConLvgMax = 273.15 + 29.36,
capFunT = {3.746558E-01,8.556337E-02,-3.020882E-03,3.745436E-02,-9.995050E-04,-4.477637E-05},
EIRFunT = {9.280652E-01,3.277907E-02,7.583449E-04,-2.536152E-02,1.204136E-03,-2.475422E-03},
EIRFunPLR = {1.057586E-01,1.472161E-02,-5.875508E-05,6.780787E-01,-6.310911E-02,-1.207949E-02,0.000000E+00,2.498837E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 823kW/6.28COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_869kW_5_57COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 869kW/5.57COP/VSD, !- Name
868600, !- Reference Capacity {W}
5.57, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
36.12, !- Reference Leaving Condenser Water Temperature {C}
0.01754, !- Reference Chilled Water Flow Rate {m3/s}
0.02593, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 869kW/5.57COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 869kW/5.57COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 869kW/5.57COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.18, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.18, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.18 | Minimum part unload ratio |
| Real | PLRMin | 0.18 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 36.12 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -868600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.57 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01754 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.02593 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.989856E-01,1.069929E-01,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.173193E-01,7.303695E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.317677E-01,-7.501960E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 22.63 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.94 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_869kW_5_57COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -868600,
COP_nominal = 5.57,
PLRMin = 0.18,
PLRMinUnl = 0.18,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.01754,
mCon_flow_nominal = 1000 * 0.02593,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 36.12,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 22.63,
TConLvgMax = 273.15 + 36.94,
capFunT = {5.989856E-01,1.069929E-01,-8.442248E-03,-1.622083E-03,-4.384385E-04,2.372388E-03},
EIRFunT = {5.173193E-01,7.303695E-02,-7.486318E-03,-2.613352E-03,1.000039E-04,1.264598E-03},
EIRFunPLR = {1.317677E-01,-7.501960E-03,5.073000E-06,8.550743E-01,-6.215987E-01,7.267902E-03,0.000000E+00,6.373549E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 869kW/5.57COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_897kW_7_23COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 897kW/7.23COP/VSD, !- Name
896700, !- Reference Capacity {W}
7.23, !- Reference COP {W/W}
9.82, !- Reference Leaving Chilled Water Temperature {C}
29.49, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.0436, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 897kW/7.23COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 897kW/7.23COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 897kW/7.23COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.49 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -896700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.23 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0436 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 9.82 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.211989E-01,7.968670E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.970381E-01,5.701647E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.280764E-01,-5.949776E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.72 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.41 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_897kW_7_23COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -896700,
COP_nominal = 7.23,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.0436,
TEvaLvg_nominal = 273.15 + 9.82,
TConLvg_nominal = 273.15 + 29.49,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 18.72,
TConLvgMax = 273.15 + 30.41,
capFunT = {5.211989E-01,7.968670E-02,-1.488365E-03,1.974850E-02,-4.643458E-04,-7.786719E-04},
EIRFunT = {6.970381E-01,5.701647E-02,-2.272629E-04,8.496805E-03,4.752264E-04,-2.759799E-03},
EIRFunPLR = {7.280764E-01,-5.949776E-02,3.161338E-05,8.871893E-01,-1.081399E+00,5.804626E-02,0.000000E+00,4.825053E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 897kW/7.23COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_897kW_6_50COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 897kW/6.50COP/Vanes, !- Name
896700, !- Reference Capacity {W}
6.50, !- Reference COP {W/W}
9.82, !- Reference Leaving Chilled Water Temperature {C}
29.49, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.04423, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 897kW/6.50COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 897kW/6.50COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 897kW/6.50COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.49 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -896700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.50 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04423 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 9.82 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.761951E-01,5.897243E-03,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.192535E-01,9.218992E-03,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-5.497250E-01,5.035076E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.06 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 29.67 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_897kW_6_50COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -896700,
COP_nominal = 6.50,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.04423,
TEvaLvg_nominal = 273.15 + 9.82,
TConLvg_nominal = 273.15 + 29.49,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 18.06,
TConLvgMax = 273.15 + 29.67,
capFunT = {5.761951E-01,5.897243E-03,-8.764033E-04,3.207348E-02,-1.225175E-03,2.019768E-03},
EIRFunT = {9.192535E-01,9.218992E-03,1.241236E-03,-1.554079E-02,1.074639E-03,-2.071288E-03},
EIRFunPLR = {-5.497250E-01,5.035076E-02,-1.927855E-05,1.678371E+00,-1.535993E+00,-4.944902E-02,0.000000E+00,1.396972E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 897kW/6.50COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_897kW_7_60COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 897kW/7.60COP/VSD, !- Name
896700, !- Reference Capacity {W}
7.60, !- Reference COP {W/W}
9.83, !- Reference Leaving Chilled Water Temperature {C}
27.50, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 897kW/7.60COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 897kW/7.60COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 897kW/7.60COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 27.50 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -896700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.60 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 9.83 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.548168E-01,3.801839E-03,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.207123E-01,5.394605E-05,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.019329E+00,8.590218E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.28 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 28.76 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_897kW_7_60COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -896700,
COP_nominal = 7.60,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 9.83,
TConLvg_nominal = 273.15 + 27.50,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 17.28,
TConLvgMax = 273.15 + 28.76,
capFunT = {3.548168E-01,3.801839E-03,-2.081058E-03,5.549806E-02,-2.238902E-03,3.723197E-03},
EIRFunT = {4.207123E-01,5.394605E-05,-3.910848E-04,4.180526E-02,-1.982304E-04,-1.128927E-03},
EIRFunPLR = {-1.019329E+00,8.590218E-02,-1.293139E-04,7.442374E-01,2.883061E-02,-8.027926E-02,0.000000E+00,1.185988E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 897kW/7.60COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_897kW_6_27COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 897kW/6.27COP/VSD, !- Name
896700, !- Reference Capacity {W}
6.27, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
27.61, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 897kW/6.27COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 897kW/6.27COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 897kW/6.27COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 27.61 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -896700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.27 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.279200E-01,1.653602E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.276702E-01,-7.003986E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-3.773762E-02,1.134114E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.59 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 29.04 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_897kW_6_27COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -896700,
COP_nominal = 6.27,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 27.61,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 17.59,
TConLvgMax = 273.15 + 29.04,
capFunT = {-1.279200E-01,1.653602E-01,-4.202474E-03,4.807512E-02,-9.553549E-04,-2.146733E-03},
EIRFunT = {3.276702E-01,-7.003986E-02,5.261779E-03,7.021494E-02,-7.368698E-04,-2.109336E-03},
EIRFunPLR = {-3.773762E-02,1.134114E-02,-2.659425E-05,2.639446E-01,4.805824E-01,-1.117502E-02,0.000000E+00,3.000515E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 897kW/6.27COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_897kW_6_23COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 897kW/6.23COP/VSD, !- Name
896700, !- Reference Capacity {W}
6.23, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
29.49, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.04442, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 897kW/6.23COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 897kW/6.23COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 897kW/6.23COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.49 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -896700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.23 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04442 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.691024E-01,2.885812E-02,1... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.640049E-01,5.766109E-03,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {9.617997E-01,-8.158350E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.61 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.29 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_897kW_6_23COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -896700,
COP_nominal = 6.23,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.04442,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 29.49,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 18.61,
TConLvgMax = 273.15 + 30.29,
capFunT = {8.691024E-01,2.885812E-02,1.795420E-04,4.868722E-03,-3.207870E-04,3.825044E-04},
EIRFunT = {8.640049E-01,5.766109E-03,1.197122E-03,-2.312809E-03,4.642915E-04,-1.375629E-03},
EIRFunPLR = {9.617997E-01,-8.158350E-02,-5.841564E-06,1.169179E+00,-1.600491E+00,8.176055E-02,0.000000E+00,4.684331E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 897kW/6.23COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PFH_932kW_5_09COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PFH 932kW/5.09COP/Vanes, !- Name
931900, !- Reference Capacity {W}
5.09, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
31.75, !- Reference Leaving Condenser Water Temperature {C}
0.03785, !- Reference Chilled Water Flow Rate {m3/s}
0.04732, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PFH 932kW/5.09COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 932kW/5.09COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 932kW/5.09COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.75 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -931900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.09 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03785 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04732 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.021236E+00,-1.680220E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.854031E-01,-1.891596E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.391619E-03,9.094277E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 3.33 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.66 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.59 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PFH_932kW_5_09COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -931900,
COP_nominal = 5.09,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03785,
mCon_flow_nominal = 1000 * 0.04732,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 31.75,
TEvaLvgMin = 273.15 + 3.33,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 19.66,
TConLvgMax = 273.15 + 35.59,
capFunT = {1.021236E+00,-1.680220E-03,-5.223075E-03,2.922245E-02,-1.418909E-03,4.211341E-03},
EIRFunT = {4.854031E-01,-1.891596E-02,-1.236212E-03,1.975021E-02,-1.031869E-04,6.964845E-04},
EIRFunPLR = {7.391619E-03,9.094277E-03,-7.116487E-06,1.699487E-01,1.518580E+00,-8.713759E-03,0.000000E+00,-7.007499E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PFH 932kW/5.09COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_960kW_4_64COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 960kW/4.64COP/Vanes, !- Name
960000, !- Reference Capacity {W}
4.64, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
32.01, !- Reference Leaving Condenser Water Temperature {C}
0.03785, !- Reference Chilled Water Flow Rate {m3/s}
0.04732, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 960kW/4.64COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 960kW/4.64COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 960kW/4.64COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.1, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.1 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.01 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -960000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 4.64 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03785 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04732 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-3.474613E-01,4.071500E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.522319E-01,-1.649356E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.303041E-01,-1.499923E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 3.33 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.04 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.78 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_960kW_4_64COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -960000,
COP_nominal = 4.64,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.1,
mEva_flow_nominal = 1000 * 0.03785,
mCon_flow_nominal = 1000 * 0.04732,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 32.01,
TEvaLvgMin = 273.15 + 3.33,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 17.04,
TConLvgMax = 273.15 + 35.78,
capFunT = {-3.474613E-01,4.071500E-01,-3.270717E-02,1.187286E-02,-3.117876E-04,5.854731E-04},
EIRFunT = {6.522319E-01,-1.649356E-02,2.777675E-04,3.580800E-03,3.253181E-04,-2.452307E-04},
EIRFunPLR = {3.303041E-01,-1.499923E-03,4.911711E-06,3.166646E-01,4.011833E-01,1.242191E-03,0.000000E+00,-4.559734E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 960kW/4.64COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1023kW_5_81COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1023kW/5.81COP/Vanes, !- Name
1023300, !- Reference Capacity {W}
5.81, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
35.51, !- Reference Leaving Condenser Water Temperature {C}
0.02366, !- Reference Chilled Water Flow Rate {m3/s}
0.04732, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1023kW/5.81COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1023kW/5.81COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1023kW/5.81COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.51 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1023300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.81 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02366 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04732 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-3.395788E-01,-3.084319E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.129429E-01,-1.403780E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.511511E-01,8.555669E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.34 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.55 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1023kW_5_81COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1023300,
COP_nominal = 5.81,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.02366,
mCon_flow_nominal = 1000 * 0.04732,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 35.51,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.34,
TConLvgMax = 273.15 + 40.55,
capFunT = {-3.395788E-01,-3.084319E-02,-5.520572E-03,1.112148E-01,-2.662980E-03,5.099892E-03},
EIRFunT = {6.129429E-01,-1.403780E-02,1.331529E-03,-2.182097E-04,5.502817E-04,-1.092920E-03},
EIRFunPLR = {2.511511E-01,8.555669E-03,-3.399815E-05,-2.271964E-01,1.450679E+00,-6.729414E-03,0.000000E+00,-4.981512E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1023kW/5.81COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_1030kW_8_58COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 1030kW/8.58COP/Vanes, !- Name
1030300, !- Reference Capacity {W}
8.58, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
20.86, !- Reference Leaving Condenser Water Temperature {C}
0.02378, !- Reference Chilled Water Flow Rate {m3/s}
0.03407, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 1030kW/8.58COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1030kW/8.58COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1030kW/8.58COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.08, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.08, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.08 | Minimum part unload ratio |
| Real | PLRMin | 0.08 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 20.86 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1030300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.58 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02378 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03407 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.367679E-01,2.637864E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.347930E-01,-1.901560E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.869427E-01,-1.316341E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.86 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.69 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_1030kW_8_58COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1030300,
COP_nominal = 8.58,
PLRMin = 0.08,
PLRMinUnl = 0.08,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.02378,
mCon_flow_nominal = 1000 * 0.03407,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 20.86,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 20.86,
TConLvgMax = 273.15 + 32.69,
capFunT = {6.367679E-01,2.637864E-02,-4.503997E-03,2.614644E-02,-1.509627E-03,3.809305E-03},
EIRFunT = {5.347930E-01,-1.901560E-03,-1.999168E-03,2.601989E-02,-1.174414E-04,4.209479E-04},
EIRFunPLR = {3.869427E-01,-1.316341E-03,4.231383E-05,-9.777673E-02,8.539824E-01,-7.526877E-04,0.000000E+00,-1.180591E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 1030kW/8.58COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1048kW_6_06COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1048kW/6.06COP/Vanes, !- Name
1047900, !- Reference Capacity {W}
6.06, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.59, !- Reference Leaving Condenser Water Temperature {C}
0.04542, !- Reference Chilled Water Flow Rate {m3/s}
0.05678, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1048kW/6.06COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1048kW/6.06COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1048kW/6.06COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.59 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1047900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.06 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04542 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05678 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.846663E-01,1.059863E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.745270E-01,-3.256346E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {5.753623E-01,-1.409335E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.43 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 39.72 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1048kW_6_06COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1047900,
COP_nominal = 6.06,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.04542,
mCon_flow_nominal = 1000 * 0.05678,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.59,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.43,
TConLvgMax = 273.15 + 39.72,
capFunT = {5.846663E-01,1.059863E-02,-5.058695E-03,3.006085E-02,-9.364366E-04,2.597223E-03},
EIRFunT = {7.745270E-01,-3.256346E-02,2.992117E-03,-5.274460E-03,6.701377E-04,-1.236258E-03},
EIRFunPLR = {5.753623E-01,-1.409335E-02,-5.983885E-06,6.063425E-01,-3.090569E-01,1.412467E-02,0.000000E+00,1.296066E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1048kW/6.06COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1055kW_5_96COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1055kW/5.96COP/Vanes, !- Name
1055000, !- Reference Capacity {W}
5.96, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.63, !- Reference Leaving Condenser Water Temperature {C}
0.02839, !- Reference Chilled Water Flow Rate {m3/s}
0.05678, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1055kW/5.96COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1055kW/5.96COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1055kW/5.96COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.63 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1055000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.96 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02839 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05678 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.707500E-01,-6.904583E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.864611E-01,-1.981483E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.585491E-01,8.250769E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.24 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 39.89 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1055kW_5_96COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1055000,
COP_nominal = 5.96,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.02839,
mCon_flow_nominal = 1000 * 0.05678,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.63,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.24,
TConLvgMax = 273.15 + 39.89,
capFunT = {-2.707500E-01,-6.904583E-02,-2.862217E-03,1.116660E-01,-2.741006E-03,5.573759E-03},
EIRFunT = {5.864611E-01,-1.981483E-02,1.189656E-03,4.468905E-03,4.366968E-04,-7.679079E-04},
EIRFunPLR = {2.585491E-01,8.250769E-03,-3.231494E-05,-8.921620E-02,1.025668E+00,-6.495267E-03,0.000000E+00,-2.179388E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1055kW/5.96COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1076kW_5_52COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1076kW/5.52COP/Vanes, !- Name
1076100, !- Reference Capacity {W}
5.52, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.30, !- Reference Leaving Condenser Water Temperature {C}
0.03186, !- Reference Chilled Water Flow Rate {m3/s}
0.04744, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1076kW/5.52COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1076kW/5.52COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1076kW/5.52COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.30 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1076100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.52 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03186 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04744 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.850533E-01,2.837149E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.658820E-01,1.245831E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-4.774361E-01,5.162751E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.50 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.15 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1076kW_5_52COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1076100,
COP_nominal = 5.52,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03186,
mCon_flow_nominal = 1000 * 0.04744,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.30,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 19.50,
TConLvgMax = 273.15 + 32.15,
capFunT = {8.850533E-01,2.837149E-02,-5.511387E-03,8.194635E-03,-6.603948E-04,2.956238E-03},
EIRFunT = {7.658820E-01,1.245831E-02,-4.811737E-03,-2.449180E-03,1.633990E-04,1.270390E-03},
EIRFunPLR = {-4.774361E-01,5.162751E-02,-5.614109E-05,-2.035828E-01,1.353459E+00,-4.892949E-02,0.000000E+00,2.956492E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1076kW/5.52COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1080kW_7_39COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1080kW/7.39COP/Vanes, !- Name
1079600, !- Reference Capacity {W}
7.39, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.18, !- Reference Leaving Condenser Water Temperature {C}
0.03186, !- Reference Chilled Water Flow Rate {m3/s}
0.06416, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1080kW/7.39COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1080kW/7.39COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1080kW/7.39COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.18 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1079600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.39 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03186 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06416 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.621590E-01,-5.637755E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {2.583099E-01,-5.295487E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-2.528901E-01,5.293978E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.34 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 28.77 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1080kW_7_39COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1079600,
COP_nominal = 7.39,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.03186,
mCon_flow_nominal = 1000 * 0.06416,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.18,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 20.34,
TConLvgMax = 273.15 + 28.77,
capFunT = {1.621590E-01,-5.637755E-02,-2.763571E-03,7.658390E-02,-2.167501E-03,4.940163E-03},
EIRFunT = {2.583099E-01,-5.295487E-02,5.742775E-05,3.724845E-02,-1.705687E-04,7.265593E-04},
EIRFunPLR = {-2.528901E-01,5.293978E-02,-1.671838E-05,-7.241218E-02,1.197879E+00,-5.205361E-02,0.000000E+00,1.156312E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHE 1080kW/7.39COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1090kW_7_57COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1090kW/7.57COP/VSD, !- Name
1090100, !- Reference Capacity {W}
7.57, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
28.52, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1090kW/7.57COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1090kW/7.57COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1090kW/7.57COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.14, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.14, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.14 | Minimum part unload ratio |
| Real | PLRMin | 0.14 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.52 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1090100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.57 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.432784E-01,4.854908E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.635874E-01,-6.482460E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.594094E+00,1.294337E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.00 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.79 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1090kW_7_57COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1090100,
COP_nominal = 7.57,
PLRMin = 0.14,
PLRMinUnl = 0.14,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 28.52,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 19.00,
TConLvgMax = 273.15 + 30.79,
capFunT = {5.432784E-01,4.854908E-02,-8.778732E-04,2.814444E-02,-9.314140E-04,8.240584E-04},
EIRFunT = {8.635874E-01,-6.482460E-02,-2.524813E-04,2.842929E-02,-4.007377E-04,1.830138E-03},
EIRFunPLR = {-1.594094E+00,1.294337E-01,-2.100100E-04,1.659018E+00,-2.605622E+00,-1.199783E-01,0.000000E+00,3.435191E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1090kW/7.57COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_1104kW_8_00COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 1104kW/8.00COP/Vanes, !- Name
1104200, !- Reference Capacity {W}
8.00, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
22.59, !- Reference Leaving Condenser Water Temperature {C}
0.02423, !- Reference Chilled Water Flow Rate {m3/s}
0.03028, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 1104kW/8.00COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1104kW/8.00COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1104kW/8.00COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.08, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.08, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.08 | Minimum part unload ratio |
| Real | PLRMin | 0.08 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 22.59 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1104200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.00 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02423 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03028 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.757836E-01,1.723720E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.355874E-01,-1.291195E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.216357E-01,6.972382E-03,5... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 22.59 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.29 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_1104kW_8_00COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1104200,
COP_nominal = 8.00,
PLRMin = 0.08,
PLRMinUnl = 0.08,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.02423,
mCon_flow_nominal = 1000 * 0.03028,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 22.59,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 22.59,
TConLvgMax = 273.15 + 34.29,
capFunT = {7.757836E-01,1.723720E-02,-2.761789E-03,1.560171E-02,-1.133168E-03,3.042701E-03},
EIRFunT = {7.355874E-01,-1.291195E-02,-1.168928E-03,1.454443E-02,-4.975714E-06,4.941841E-04},
EIRFunPLR = {2.216357E-01,6.972382E-03,5.022616E-05,-3.939145E-02,9.582611E-01,-9.691500E-03,0.000000E+00,-1.039758E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 1104kW/8.00COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1125kW_4_89COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1125kW/4.89COP/Vanes, !- Name
1125300, !- Reference Capacity {W}
4.89, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
36.27, !- Reference Leaving Condenser Water Temperature {C}
0.02776, !- Reference Chilled Water Flow Rate {m3/s}
0.02618, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1125kW/4.89COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1125kW/4.89COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1125kW/4.89COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 36.27 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1125300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 4.89 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02776 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.02618 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.738655E-01,-1.966419E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.744658E-01,-3.998991E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.526188E-01,-2.052741E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 26.10 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.56 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1125kW_4_89COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1125300,
COP_nominal = 4.89,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.02776,
mCon_flow_nominal = 1000 * 0.02618,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 36.27,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 26.10,
TConLvgMax = 273.15 + 36.56,
capFunT = {3.738655E-01,-1.966419E-02,-1.212112E-03,3.549468E-02,-5.800042E-04,1.250514E-03},
EIRFunT = {4.744658E-01,-3.998991E-02,-8.170569E-05,1.686296E-02,8.315397E-05,1.607491E-04},
EIRFunPLR = {3.526188E-01,-2.052741E-03,5.127782E-06,-3.558764E-01,1.168571E+00,1.752891E-03,0.000000E+00,-1.609826E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHE 1125kW/4.89COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1125kW_7_92COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1125kW/7.92COP/VSD, !- Name
1125300, !- Reference Capacity {W}
7.92, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
18.64, !- Reference Leaving Condenser Water Temperature {C}
0.03243, !- Reference Chilled Water Flow Rate {m3/s}
0.05173, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1125kW/7.92COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1125kW/7.92COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1125kW/7.92COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 18.64 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1125300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.92 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03243 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05173 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.825851E-01,-1.890742E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.772525E-01,-1.573620E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.110875E-01,-5.972965E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.64 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.75 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1125kW_7_92COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1125300,
COP_nominal = 7.92,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03243,
mCon_flow_nominal = 1000 * 0.05173,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 18.64,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 18.64,
TConLvgMax = 273.15 + 31.75,
capFunT = {-1.825851E-01,-1.890742E-02,-1.452495E-03,9.494132E-02,-2.160634E-03,2.833148E-03},
EIRFunT = {6.772525E-01,-1.573620E-02,1.805356E-03,2.061048E-02,5.587604E-04,-2.014421E-03},
EIRFunPLR = {3.110875E-01,-5.972965E-03,-8.888194E-05,-5.317766E-01,1.932563E+00,1.040312E-02,0.000000E+00,-7.660775E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1125kW/7.92COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1129kW_7_19COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1129kW/7.19COP/Vanes, !- Name
1128800, !- Reference Capacity {W}
7.19, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.87, !- Reference Leaving Condenser Water Temperature {C}
0.02776, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1129kW/7.19COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1129kW/7.19COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1129kW/7.19COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.15, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.15, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.15 | Minimum part unload ratio |
| Real | PLRMin | 0.15 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.87 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1128800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.19 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02776 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.234935E-02,-6.711406E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {2.480712E-01,-5.163331E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.681887E-01,-1.329414E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.75 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.64 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1129kW_7_19COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1128800,
COP_nominal = 7.19,
PLRMin = 0.15,
PLRMinUnl = 0.15,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.02776,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.87,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 20.75,
TConLvgMax = 273.15 + 30.64,
capFunT = {4.234935E-02,-6.711406E-02,-2.677761E-03,8.534835E-02,-2.240897E-03,5.028453E-03},
EIRFunT = {2.480712E-01,-5.163331E-02,-3.517164E-04,3.943482E-02,-3.224045E-04,9.124398E-04},
EIRFunPLR = {2.681887E-01,-1.329414E-03,-1.542108E-05,5.321500E-01,-2.230911E-01,2.236942E-03,0.000000E+00,4.101272E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHE 1129kW/7.19COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1143kW_6_57COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1143kW/6.57COP/VSD, !- Name
1142900, !- Reference Capacity {W}
6.57, !- Reference COP {W/W}
10.00, !- Reference Leaving Chilled Water Temperature {C}
32.79, !- Reference Leaving Condenser Water Temperature {C}
0.02593, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1143kW/6.57COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1143kW/6.57COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1143kW/6.57COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.79 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1142900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.57 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02593 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 10.00 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.863855E-01,3.259744E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.612126E-01,-1.211702E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.922490E-02,1.026695E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.02 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.61 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1143kW_6_57COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1142900,
COP_nominal = 6.57,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.02593,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 10.00,
TConLvg_nominal = 273.15 + 32.79,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.02,
TConLvgMax = 273.15 + 33.61,
capFunT = {7.863855E-01,3.259744E-02,-1.927704E-03,4.333411E-03,-6.022390E-04,1.809424E-03},
EIRFunT = {9.612126E-01,-1.211702E-02,1.782802E-04,-2.807827E-03,2.421828E-04,1.165934E-05},
EIRFunPLR = {-1.922490E-02,1.026695E-02,-3.079249E-05,1.432686E-01,4.844691E-01,-8.952298E-03,0.000000E+00,3.774796E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1143kW/6.57COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1157kW_5_62COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1157kW/5.62COP/VSD, !- Name
1156900, !- Reference Capacity {W}
5.62, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.34, !- Reference Leaving Condenser Water Temperature {C}
0.02801, !- Reference Chilled Water Flow Rate {m3/s}
0.03186, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1157kW/5.62COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1157kW/5.62COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1157kW/5.62COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.34 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1156900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.62 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02801 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03186 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.095494E+00,-5.546137E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.221566E+00,-2.771462E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.260949E-01,-1.619690E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.97 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.50 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1157kW_5_62COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1156900,
COP_nominal = 5.62,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.02801,
mCon_flow_nominal = 1000 * 0.03186,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.34,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 21.97,
TConLvgMax = 273.15 + 34.50,
capFunT = {1.095494E+00,-5.546137E-03,-5.186584E-04,1.420446E-03,-2.801603E-04,1.007864E-03},
EIRFunT = {1.221566E+00,-2.771462E-02,1.220059E-03,-2.228215E-02,7.578438E-04,-8.532836E-04},
EIRFunPLR = {2.260949E-01,-1.619690E-02,2.953765E-06,4.956395E-01,1.180777E-01,1.582337E-02,0.000000E+00,1.675772E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1157kW/5.62COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1196kW_6_50COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1196kW/6.50COP/Vanes, !- Name
1195600, !- Reference Capacity {W}
6.50, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
31.65, !- Reference Leaving Condenser Water Temperature {C}
0.03426, !- Reference Chilled Water Flow Rate {m3/s}
0.04252, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1196kW/6.50COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1196kW/6.50COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1196kW/6.50COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.65 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1195600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.50 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03426 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04252 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.006647E+00,-3.596242E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.001094E+00,-1.641469E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.659565E-01,2.824668E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.72 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.03 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1196kW_6_50COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1195600,
COP_nominal = 6.50,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03426,
mCon_flow_nominal = 1000 * 0.04252,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 31.65,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 21.72,
TConLvgMax = 273.15 + 33.03,
capFunT = {1.006647E+00,-3.596242E-02,-2.549306E-03,2.690324E-02,-1.255051E-03,3.669880E-03},
EIRFunT = {1.001094E+00,-1.641469E-02,3.314844E-04,-1.095655E-02,5.687863E-04,-4.694134E-04},
EIRFunPLR = {1.659565E-01,2.824668E-03,-4.941235E-05,9.544016E-01,-7.843794E-01,-1.991887E-04,0.000000E+00,6.294448E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1196kW/6.50COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1213kW_7_78COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1213kW/7.78COP/Vanes, !- Name
1213200, !- Reference Capacity {W}
7.78, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
19.63, !- Reference Leaving Condenser Water Temperature {C}
0.03243, !- Reference Chilled Water Flow Rate {m3/s}
0.04782, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1213kW/7.78COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1213kW/7.78COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1213kW/7.78COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.17, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.17, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.17 | Minimum part unload ratio |
| Real | PLRMin | 0.17 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.63 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1213200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.78 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03243 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04782 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.578317E-01,-2.467497E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.009816E+00,-1.640134E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.257912E-01,3.697616E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.63 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.97 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1213kW_7_78COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1213200,
COP_nominal = 7.78,
PLRMin = 0.17,
PLRMinUnl = 0.17,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03243,
mCon_flow_nominal = 1000 * 0.04782,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 19.63,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.63,
TConLvgMax = 273.15 + 30.97,
capFunT = {7.578317E-01,-2.467497E-02,-1.185171E-03,3.095499E-02,-1.160103E-03,2.330164E-03},
EIRFunT = {1.009816E+00,-1.640134E-02,7.295439E-04,-5.050832E-03,6.901476E-04,-9.104064E-04},
EIRFunPLR = {2.257912E-01,3.697616E-03,-2.645195E-05,7.936322E-01,-4.424994E-01,-2.424456E-03,0.000000E+00,4.078706E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1213kW/7.78COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_1231kW_6_18COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 1231kW/6.18COP/Vanes, !- Name
1230800, !- Reference Capacity {W}
6.18, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.47, !- Reference Leaving Condenser Water Temperature {C}
0.03533, !- Reference Chilled Water Flow Rate {m3/s}
0.0511, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 1231kW/6.18COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1231kW/6.18COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1231kW/6.18COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.47 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1230800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.18 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03533 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0511 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.253381E+00,8.875124E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.880010E-01,-9.202757E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.651794E-01,-3.089335E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.98 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.25 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_1231kW_6_18COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1230800,
COP_nominal = 6.18,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03533,
mCon_flow_nominal = 1000 * 0.0511,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.47,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.98,
TConLvgMax = 273.15 + 31.25,
capFunT = {1.253381E+00,8.875124E-02,-8.323384E-03,-1.024474E-02,-6.751294E-04,2.456063E-03},
EIRFunT = {8.880010E-01,-9.202757E-03,-5.021594E-03,-9.074393E-03,2.554841E-04,2.313326E-03},
EIRFunPLR = {1.651794E-01,-3.089335E-03,2.301100E-04,1.104907E+00,-8.157905E-01,-8.477359E-03,0.000000E+00,6.893449E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 1231kW/6.18COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1234kW_5_39COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1234kW/5.39COP/VSD, !- Name
1234300, !- Reference Capacity {W}
5.39, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
35.73, !- Reference Leaving Condenser Water Temperature {C}
0.02593, !- Reference Chilled Water Flow Rate {m3/s}
0.03861, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1234kW/5.39COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1234kW/5.39COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1234kW/5.39COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.73 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1234300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.39 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02593 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03861 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.134255E-01,1.092476E-01,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.746375E-01,9.120326E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.207212E-01,-9.914826E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 22.24 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.28 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1234kW_5_39COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1234300,
COP_nominal = 5.39,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.02593,
mCon_flow_nominal = 1000 * 0.03861,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 35.73,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 22.24,
TConLvgMax = 273.15 + 36.28,
capFunT = {6.134255E-01,1.092476E-01,-7.352739E-03,-2.589985E-03,-3.793512E-04,1.839978E-03},
EIRFunT = {4.746375E-01,9.120326E-02,-7.295060E-03,-5.662273E-03,1.928027E-04,8.244779E-04},
EIRFunPLR = {1.207212E-01,-9.914826E-03,1.854918E-05,9.880331E-01,-8.955866E-01,8.894574E-03,0.000000E+00,8.005552E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1234kW/5.39COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1259kW_6_26COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1259kW/6.26COP/Vanes, !- Name
1258900, !- Reference Capacity {W}
6.26, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
35.80, !- Reference Leaving Condenser Water Temperature {C}
0.02593, !- Reference Chilled Water Flow Rate {m3/s}
0.03823, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1259kW/6.26COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1259kW/6.26COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1259kW/6.26COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.18, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.18, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.18 | Minimum part unload ratio |
| Real | PLRMin | 0.18 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.80 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1258900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.26 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02593 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03823 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.013444E+00,-3.162384E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.661241E-01,1.157734E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.602131E-02,2.433945E-02,6... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 22.61 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.74 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1259kW_6_26COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1258900,
COP_nominal = 6.26,
PLRMin = 0.18,
PLRMinUnl = 0.18,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.02593,
mCon_flow_nominal = 1000 * 0.03823,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 35.80,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 22.61,
TConLvgMax = 273.15 + 36.74,
capFunT = {1.013444E+00,-3.162384E-03,-4.418949E-03,1.601141E-02,-1.029678E-03,3.508932E-03},
EIRFunT = {7.661241E-01,1.157734E-02,-8.937094E-04,-6.824770E-03,5.288283E-04,-7.378113E-04},
EIRFunPLR = {4.602131E-02,2.433945E-02,6.394526E-05,-3.648563E-01,1.854759E+00,-2.809346E-02,0.000000E+00,-4.821515E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1259kW/6.26COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_1259kW_6_45COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 1259kW/6.45COP/Vanes, !- Name
1258900, !- Reference Capacity {W}
6.45, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
32.24, !- Reference Leaving Condenser Water Temperature {C}
0.02631, !- Reference Chilled Water Flow Rate {m3/s}
0.06246, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 1259kW/6.45COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 1259kW/6.45COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 1259kW/6.45COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.18, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.18, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.18 | Minimum part unload ratio |
| Real | PLRMin | 0.18 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.24 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1258900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.45 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.02631 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06246 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.917669E-01,7.718144E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.207755E+00,2.704147E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-3.830726E-01,3.222162E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.63 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.83 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_1259kW_6_45COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1258900,
COP_nominal = 6.45,
PLRMin = 0.18,
PLRMinUnl = 0.18,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.02631,
mCon_flow_nominal = 1000 * 0.06246,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 32.24,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.63,
TConLvgMax = 273.15 + 32.83,
capFunT = {7.917669E-01,7.718144E-02,-1.868147E-03,2.168367E-02,-9.454040E-04,-1.251512E-04},
EIRFunT = {1.207755E+00,2.704147E-02,-1.882949E-05,-5.234106E-02,1.851447E-03,-2.375891E-03},
EIRFunPLR = {-3.830726E-01,3.222162E-02,7.399276E-05,3.649000E-01,1.497231E+00,-3.597905E-02,0.000000E+00,-4.321713E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 1259kW/6.45COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1266kW_4_39COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1266kW/4.39COP/Vanes, !- Name
1266000, !- Reference Capacity {W}
4.39, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
41.44, !- Reference Leaving Condenser Water Temperature {C}
0.03533, !- Reference Chilled Water Flow Rate {m3/s}
0.05773, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1266kW/4.39COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1266kW/4.39COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1266kW/4.39COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.11, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.11, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.11 | Minimum part unload ratio |
| Real | PLRMin | 0.11 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 41.44 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1266000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 4.39 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03533 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05773 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.556501E-03,-4.410896E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.265473E-01,5.028662E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.253346E+00,-3.406609E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.28 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 42.31 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1266kW_4_39COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1266000,
COP_nominal = 4.39,
PLRMin = 0.11,
PLRMinUnl = 0.11,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.03533,
mCon_flow_nominal = 1000 * 0.05773,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 41.44,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.28,
TConLvgMax = 273.15 + 42.31,
capFunT = {1.556501E-03,-4.410896E-02,-1.854492E-03,6.411584E-02,-1.204698E-03,3.060359E-03},
EIRFunT = {1.265473E-01,5.028662E-02,-4.704162E-03,7.913033E-03,3.096000E-04,-4.283498E-04},
EIRFunPLR = {1.253346E+00,-3.406609E-02,1.893094E-04,2.554443E-01,-1.655620E+00,2.220865E-02,0.000000E+00,1.319681E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1266kW/4.39COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1284kW_6_20COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1284kW/6.20COP/Vanes, !- Name
1283500, !- Reference Capacity {W}
6.20, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.46, !- Reference Leaving Condenser Water Temperature {C}
0.03684, !- Reference Chilled Water Flow Rate {m3/s}
0.05337, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1284kW/6.20COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1284kW/6.20COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1284kW/6.20COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.46 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1283500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.20 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03684 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05337 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.115795E+00,-2.963853E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.586434E-01,-1.231609E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {9.435414E-01,-6.553709E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.55 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.85 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1284kW_6_20COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1283500,
COP_nominal = 6.20,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03684,
mCon_flow_nominal = 1000 * 0.05337,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.46,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.55,
TConLvgMax = 273.15 + 30.85,
capFunT = {1.115795E+00,-2.963853E-02,-1.135671E-03,4.184083E-03,-4.382921E-04,2.096512E-03},
EIRFunT = {7.586434E-01,-1.231609E-02,1.784584E-03,-2.678401E-03,6.302421E-04,-1.385469E-03},
EIRFunPLR = {9.435414E-01,-6.553709E-02,1.115089E-04,1.530548E+00,-1.486930E+00,6.031382E-02,0.000000E+00,7.320523E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1284kW/6.20COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1294kW_7_61COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1294kW/7.61COP/Vanes, !- Name
1294100, !- Reference Capacity {W}
7.61, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
20.18, !- Reference Leaving Condenser Water Temperature {C}
0.03243, !- Reference Chilled Water Flow Rate {m3/s}
0.04732, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1294kW/7.61COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1294kW/7.61COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1294kW/7.61COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.16, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.16, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.16 | Minimum part unload ratio |
| Real | PLRMin | 0.16 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 20.18 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1294100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.61 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03243 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04732 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.542077E-01,-5.459736E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.167182E+00,-4.534610E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-2.942311E-02,2.842914E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.18 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.56 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1294kW_7_61COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1294100,
COP_nominal = 7.61,
PLRMin = 0.16,
PLRMinUnl = 0.16,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03243,
mCon_flow_nominal = 1000 * 0.04732,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 20.18,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 20.18,
TConLvgMax = 273.15 + 31.56,
capFunT = {8.542077E-01,-5.459736E-03,-1.943025E-03,1.670770E-02,-9.079473E-04,2.332448E-03},
EIRFunT = {1.167182E+00,-4.534610E-03,-2.394329E-03,-1.568154E-02,4.922543E-04,5.971107E-04},
EIRFunPLR = {-2.942311E-02,2.842914E-02,-1.096497E-05,-1.072984E+00,3.343046E+00,-2.769791E-02,0.000000E+00,-1.251621E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1294kW/7.61COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1329kW_5_38COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1329kW/5.38COP/Vanes, !- Name
1329300, !- Reference Capacity {W}
5.38, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
34.80, !- Reference Leaving Condenser Water Temperature {C}
0.04732, !- Reference Chilled Water Flow Rate {m3/s}
0.07098, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1329kW/5.38COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1329kW/5.38COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1329kW/5.38COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.29, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.29, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.29 | Minimum part unload ratio |
| Real | PLRMin | 0.29 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.80 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1329300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.38 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04732 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07098 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {2.971340E-01,1.063097E-01,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.460623E-01,3.685465E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-9.512023E-02,8.704652E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 26.77 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 41.98 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1329kW_5_38COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1329300,
COP_nominal = 5.38,
PLRMin = 0.29,
PLRMinUnl = 0.29,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.04732,
mCon_flow_nominal = 1000 * 0.07098,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 34.80,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 26.77,
TConLvgMax = 273.15 + 41.98,
capFunT = {2.971340E-01,1.063097E-01,-4.449876E-03,2.540435E-02,-5.696223E-04,1.269921E-04},
EIRFunT = {9.460623E-01,3.685465E-02,-7.530867E-04,-1.753701E-02,5.832929E-04,-1.143458E-03},
EIRFunPLR = {-9.512023E-02,8.704652E-03,-6.499682E-06,1.336749E+00,-6.968012E-01,-8.318175E-03,0.000000E+00,4.497796E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHE 1329kW/5.38COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1350kW_7_90COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1350kW/7.90COP/VSD, !- Name
1350400, !- Reference Capacity {W}
7.90, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
19.60, !- Reference Leaving Condenser Water Temperature {C}
0.03684, !- Reference Chilled Water Flow Rate {m3/s}
0.05337, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1350kW/7.90COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1350kW/7.90COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1350kW/7.90COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.60 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1350400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.90 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03684 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05337 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.060586E+00,-2.817204E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.661627E-01,-1.568504E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.868582E+00,-1.412449E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.55 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.85 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1350kW_7_90COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1350400,
COP_nominal = 7.90,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03684,
mCon_flow_nominal = 1000 * 0.05337,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 19.60,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.55,
TConLvgMax = 273.15 + 30.85,
capFunT = {1.060586E+00,-2.817204E-02,-1.079479E-03,3.977058E-03,-4.166057E-04,1.992778E-03},
EIRFunT = {9.661627E-01,-1.568504E-02,2.272739E-03,-3.411051E-03,8.026386E-04,-1.764450E-03},
EIRFunPLR = {1.868582E+00,-1.412449E-01,2.563520E-04,8.432680E-01,-1.538206E+00,1.292323E-01,0.000000E+00,-3.507772E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1350kW/7.90COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1368kW_7_35COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1368kW/7.35COP/VSD, !- Name
1367900, !- Reference Capacity {W}
7.35, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.80, !- Reference Leaving Condenser Water Temperature {C}
0.05047, !- Reference Chilled Water Flow Rate {m3/s}
0.07571, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1368kW/7.35COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1368kW/7.35COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1368kW/7.35COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.80 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1367900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.35 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05047 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07571 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.988920E-01,-1.019014E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.787713E-01,-1.943742E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-4.466479E-01,1.188856E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.76 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.51 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1368kW_7_35COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1367900,
COP_nominal = 7.35,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.05047,
mCon_flow_nominal = 1000 * 0.07571,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.80,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.76,
TConLvgMax = 273.15 + 34.51,
capFunT = {-1.988920E-01,-1.019014E-01,-4.605586E-03,1.364167E-01,-4.142785E-03,8.790965E-03},
EIRFunT = {1.787713E-01,-1.943742E-02,-5.155001E-03,4.314534E-02,-5.446713E-04,2.049096E-03},
EIRFunPLR = {-4.466479E-01,1.188856E-01,-5.385997E-05,-2.756308E+00,4.709118E+00,-1.161211E-01,0.000000E+00,-5.402852E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1368kW/7.35COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1372kW_7_49COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1372kW/7.49COP/Vanes, !- Name
1371500, !- Reference Capacity {W}
7.49, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.80, !- Reference Leaving Condenser Water Temperature {C}
0.05047, !- Reference Chilled Water Flow Rate {m3/s}
0.07571, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1372kW/7.49COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1372kW/7.49COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1372kW/7.49COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.41, !- Minimum Part Load Ratio
1.11, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.41, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.11 | Maximum part load ratio |
| Real | PLRMinUnl | 0.41 | Minimum part unload ratio |
| Real | PLRMin | 0.41 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.80 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1371500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.49 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05047 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07571 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.397637E-01,3.431595E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.033692E+00,3.558404E-02,3... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.723036E-01,8.571830E-03,4... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.87 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.26 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1372kW_7_49COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1371500,
COP_nominal = 7.49,
PLRMin = 0.41,
PLRMinUnl = 0.41,
PLRMax = 1.11,
mEva_flow_nominal = 1000 * 0.05047,
mCon_flow_nominal = 1000 * 0.07571,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.80,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.87,
TConLvgMax = 273.15 + 34.26,
capFunT = {3.397637E-01,3.431595E-02,-1.008753E-02,5.766544E-02,-2.300721E-03,6.035544E-03},
EIRFunT = {1.033692E+00,3.558404E-02,3.589722E-03,-2.717762E-02,1.379031E-03,-4.158610E-03},
EIRFunPLR = {4.723036E-01,8.571830E-03,4.576667E-05,-1.502847E+00,3.731872E+00,-1.107635E-02,0.000000E+00,-1.669562E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHE 1372kW/7.49COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1396kW_7_35COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1396kW/7.35COP/Vanes, !- Name
1396100, !- Reference Capacity {W}
7.35, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.90, !- Reference Leaving Condenser Water Temperature {C}
0.05047, !- Reference Chilled Water Flow Rate {m3/s}
0.07571, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1396kW/7.35COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1396kW/7.35COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1396kW/7.35COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.90 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1396100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.35 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05047 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07571 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.601322E-02,-9.771124E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.546708E-01,3.725193E-03,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-2.549993E-01,1.161730E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.94 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.67 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1396kW_7_35COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1396100,
COP_nominal = 7.35,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.05047,
mCon_flow_nominal = 1000 * 0.07571,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.90,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.94,
TConLvgMax = 273.15 + 34.67,
capFunT = {3.601322E-02,-9.771124E-02,-2.845248E-03,1.124508E-01,-3.477685E-03,7.688650E-03},
EIRFunT = {4.546708E-01,3.725193E-03,-1.145409E-04,1.695408E-02,3.224089E-04,-1.265009E-03},
EIRFunPLR = {-2.549993E-01,1.161730E-01,1.913023E-06,-3.306674E+00,5.813195E+00,-1.164290E-01,0.000000E+00,-1.247308E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1396kW/7.35COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1403kW_7_09COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1403kW/7.09COP/VSD, !- Name
1403100, !- Reference Capacity {W}
7.09, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
21.78, !- Reference Leaving Condenser Water Temperature {C}
0.03426, !- Reference Chilled Water Flow Rate {m3/s}
0.04252, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1403kW/7.09COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1403kW/7.09COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1403kW/7.09COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.17, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.17, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.17 | Minimum part unload ratio |
| Real | PLRMin | 0.17 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 21.78 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1403100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.09 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03426 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04252 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.573696E-01,-3.077045E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.172049E+00,-1.768334E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.386665E-01,4.836823E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.77 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.09 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1403kW_7_09COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1403100,
COP_nominal = 7.09,
PLRMin = 0.17,
PLRMinUnl = 0.17,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03426,
mCon_flow_nominal = 1000 * 0.04252,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 21.78,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 21.77,
TConLvgMax = 273.15 + 33.09,
capFunT = {8.573696E-01,-3.077045E-02,-2.171254E-03,2.296255E-02,-1.067689E-03,3.125156E-03},
EIRFunT = {1.172049E+00,-1.768334E-02,3.356460E-04,-1.485826E-02,6.930197E-04,-5.461447E-04},
EIRFunPLR = {1.386665E-01,4.836823E-03,-5.406708E-05,-4.609915E-01,2.214035E+00,-1.925694E-03,0.000000E+00,-9.302446E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1403kW/7.09COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1403kW_6_94COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1403kW/6.94COP/VSD, !- Name
1403100, !- Reference Capacity {W}
6.94, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.50, !- Reference Leaving Condenser Water Temperature {C}
0.05047, !- Reference Chilled Water Flow Rate {m3/s}
0.05047, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1403kW/6.94COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1403kW/6.94COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1403kW/6.94COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.13, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.13 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.50 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1403100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.94 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05047 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05047 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.721714E+00,8.594308E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.348381E-01,-1.779962E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.005500E+00,3.906974E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.33 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.28 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1403kW_6_94COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1403100,
COP_nominal = 6.94,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.13,
mEva_flow_nominal = 1000 * 0.05047,
mCon_flow_nominal = 1000 * 0.05047,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.50,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.33,
TConLvgMax = 273.15 + 36.28,
capFunT = {-1.721714E+00,8.594308E-02,-1.220844E-02,2.037396E-01,-4.654718E-03,4.701301E-03},
EIRFunT = {5.348381E-01,-1.779962E-02,-4.925343E-03,1.066975E-02,9.573974E-05,1.717894E-03},
EIRFunPLR = {1.005500E+00,3.906974E-02,-7.721440E-06,-5.794857E+00,9.282464E+00,-3.755116E-02,0.000000E+00,-3.524493E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1403kW/6.94COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1407kW_7_14COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1407kW/7.14COP/VSD, !- Name
1406600, !- Reference Capacity {W}
7.14, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.96, !- Reference Leaving Condenser Water Temperature {C}
0.05047, !- Reference Chilled Water Flow Rate {m3/s}
0.07571, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1407kW/7.14COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1407kW/7.14COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1407kW/7.14COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.30, !- Minimum Part Load Ratio
1.07, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.30, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.07 | Maximum part load ratio |
| Real | PLRMinUnl | 0.30 | Minimum part unload ratio |
| Real | PLRMin | 0.30 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.96 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1406600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.14 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05047 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07571 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.098635E-01,-4.154795E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.391346E-01,5.159383E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.754461E-01,6.701607E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.66 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.28 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1407kW_7_14COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1406600,
COP_nominal = 7.14,
PLRMin = 0.30,
PLRMinUnl = 0.30,
PLRMax = 1.07,
mEva_flow_nominal = 1000 * 0.05047,
mCon_flow_nominal = 1000 * 0.07571,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.96,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.66,
TConLvgMax = 273.15 + 34.28,
capFunT = {1.098635E-01,-4.154795E-02,-6.348039E-03,8.801570E-02,-2.631387E-03,5.846073E-03},
EIRFunT = {6.391346E-01,5.159383E-02,-5.750293E-03,-9.196660E-03,7.380570E-04,-4.665422E-04},
EIRFunPLR = {2.754461E-01,6.701607E-02,-8.579222E-05,-4.299994E+00,7.901098E+00,-6.298243E-02,0.000000E+00,-2.924081E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller Trane CVHE 1407kW/7.14COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PFH_1407kW_6_60COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PFH 1407kW/6.60COP/Vanes, !- Name
1406600, !- Reference Capacity {W}
6.60, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.45, !- Reference Leaving Condenser Water Temperature {C}
0.04038, !- Reference Chilled Water Flow Rate {m3/s}
0.05804, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PFH 1407kW/6.60COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 1407kW/6.60COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 1407kW/6.60COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.45 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1406600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.60 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04038 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05804 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.857520E-01,-1.139327E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.392120E-01,3.430098E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-6.446736E-01,5.352860E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.90 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.26 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PFH_1407kW_6_60COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1406600,
COP_nominal = 6.60,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.04038,
mCon_flow_nominal = 1000 * 0.05804,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.45,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.90,
TConLvgMax = 273.15 + 32.26,
capFunT = {4.857520E-01,-1.139327E-01,-1.036160E-02,1.146315E-01,-4.547626E-03,1.263077E-02},
EIRFunT = {9.392120E-01,3.430098E-02,-5.178425E-03,-2.274002E-02,6.827442E-04,7.649464E-04},
EIRFunPLR = {-6.446736E-01,5.352860E-02,1.582353E-06,2.669373E-01,1.497456E+00,-5.364380E-02,0.000000E+00,-1.183319E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PFH 1407kW/6.60COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1407kW_6_04COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1407kW/6.04COP/VSD, !- Name
1406600, !- Reference Capacity {W}
6.04, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.63, !- Reference Leaving Condenser Water Temperature {C}
0.06057, !- Reference Chilled Water Flow Rate {m3/s}
0.07571, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1407kW/6.04COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1407kW/6.04COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1407kW/6.04COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.63 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1406600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.04 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06057 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07571 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.006457E-01,-1.139681E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.174615E+00,-1.237741E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-5.839828E-01,4.640814E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.11 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 37.42 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1407kW_6_04COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1406600,
COP_nominal = 6.04,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.06057,
mCon_flow_nominal = 1000 * 0.07571,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.63,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 18.11,
TConLvgMax = 273.15 + 37.42,
capFunT = {9.006457E-01,-1.139681E-02,-1.480623E-03,2.770949E-02,-9.617215E-04,1.812986E-03},
EIRFunT = {1.174615E+00,-1.237741E-02,-1.147159E-03,-2.996332E-02,8.901939E-04,-2.302077E-04},
EIRFunPLR = {-5.839828E-01,4.640814E-02,-7.366007E-05,-1.926398E-01,2.597682E+00,-4.268655E-02,0.000000E+00,-8.666390E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1407kW/6.04COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1410kW_8_54COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1410kW/8.54COP/VSD, !- Name
1410100, !- Reference Capacity {W}
8.54, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
19.21, !- Reference Leaving Condenser Water Temperature {C}
0.04, !- Reference Chilled Water Flow Rate {m3/s}
0.05861, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1410kW/8.54COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1410kW/8.54COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1410kW/8.54COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.18, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.18, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.18 | Minimum part unload ratio |
| Real | PLRMin | 0.18 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.21 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1410100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.54 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05861 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.053779E-01,-1.615047E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.074067E+00,-6.702565E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-6.984658E-02,2.103714E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.05 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.63 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1410kW_8_54COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1410100,
COP_nominal = 8.54,
PLRMin = 0.18,
PLRMinUnl = 0.18,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.04,
mCon_flow_nominal = 1000 * 0.05861,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 19.21,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.05,
TConLvgMax = 273.15 + 30.63,
capFunT = {9.053779E-01,-1.615047E-02,-1.175290E-03,1.318125E-02,-5.919239E-04,1.756836E-03},
EIRFunT = {1.074067E+00,-6.702565E-02,3.043272E-04,6.055739E-03,4.615039E-04,3.375766E-04},
EIRFunPLR = {-6.984658E-02,2.103714E-02,5.767453E-05,5.267406E-01,6.390076E-01,-2.389231E-02,0.000000E+00,-6.097179E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1410kW/8.54COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1442kW_6_61COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1442kW/6.61COP/VSD, !- Name
1441800, !- Reference Capacity {W}
6.61, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.76, !- Reference Leaving Condenser Water Temperature {C}
0.05047, !- Reference Chilled Water Flow Rate {m3/s}
0.05047, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1442kW/6.61COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1442kW/6.61COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1442kW/6.61COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.76 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1441800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.61 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05047 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05047 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.660651E-01,-2.114972E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.807134E-01,-2.285082E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-5.842314E-01,5.001539E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.72 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 41.41 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1442kW_6_61COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1441800,
COP_nominal = 6.61,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.05047,
mCon_flow_nominal = 1000 * 0.05047,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.76,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.72,
TConLvgMax = 273.15 + 41.41,
capFunT = {-2.660651E-01,-2.114972E-02,-3.928472E-04,9.573910E-02,-2.015949E-03,2.030045E-03},
EIRFunT = {6.807134E-01,-2.285082E-02,8.153057E-04,9.280487E-04,4.950540E-04,-6.106817E-04},
EIRFunPLR = {-5.842314E-01,5.001539E-02,-1.157444E-04,-3.287848E-03,1.916917E+00,-4.340928E-02,0.000000E+00,-4.222738E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller Trane CVHE 1442kW/6.61COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1459kW_6_40COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1459kW/6.40COP/VSD, !- Name
1459400, !- Reference Capacity {W}
6.40, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.89, !- Reference Leaving Condenser Water Temperature {C}
0.05047, !- Reference Chilled Water Flow Rate {m3/s}
0.05047, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1459kW/6.40COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1459kW/6.40COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1459kW/6.40COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.17, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.17 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.89 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1459400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.40 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05047 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05047 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.194034E+00,2.466392E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {-6.559788E-02,4.189764E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.614787E-01,6.417258E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.15 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 37.17 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1459kW_6_40COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1459400,
COP_nominal = 6.40,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.17,
mEva_flow_nominal = 1000 * 0.05047,
mCon_flow_nominal = 1000 * 0.05047,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.89,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.15,
TConLvgMax = 273.15 + 37.17,
capFunT = {-1.194034E+00,2.466392E-01,-1.770803E-02,1.203228E-01,-2.570051E-03,8.497187E-04},
EIRFunT = {-6.559788E-02,4.189764E-02,-9.367876E-03,4.551296E-02,-5.411967E-04,1.453585E-03},
EIRFunPLR = {-1.614787E-01,6.417258E-02,1.317124E-05,-2.149029E+00,4.405653E+00,-6.621165E-02,0.000000E+00,-1.055839E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1459kW/6.40COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1484kW_9_96COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1484kW/9.96COP/VSD, !- Name
1484000, !- Reference Capacity {W}
9.96, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
17.08, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09085, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1484kW/9.96COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1484kW/9.96COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1484kW/9.96COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.24, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.24, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.24 | Minimum part unload ratio |
| Real | PLRMin | 0.24 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 17.08 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1484000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.96 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09085 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-9.759100E-01,-1.446866E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {-6.183288E-01,-1.151565E-01... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.203029E-01,9.195177E-02,1... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.08 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.97 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1484kW_9_96COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1484000,
COP_nominal = 9.96,
PLRMin = 0.24,
PLRMinUnl = 0.24,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09085,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 17.08,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.08,
TConLvgMax = 273.15 + 35.97,
capFunT = {-9.759100E-01,-1.446866E-01,-4.694254E-03,1.963005E-01,-4.543768E-03,8.998114E-03},
EIRFunT = {-6.183288E-01,-1.151565E-01,-1.663662E-04,1.539757E-01,-2.390058E-03,2.818373E-03},
EIRFunPLR = {2.203029E-01,9.195177E-02,1.943558E-05,-5.815422E+00,9.366237E+00,-9.299721E-02,0.000000E+00,-2.757689E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller Trane CVHE 1484kW/9.96COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1495kW_7_51COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1495kW/7.51COP/VSD, !- Name
1494500, !- Reference Capacity {W}
7.51, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
29.92, !- Reference Leaving Condenser Water Temperature {C}
0.0429, !- Reference Chilled Water Flow Rate {m3/s}
0.06719, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1495kW/7.51COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1495kW/7.51COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1495kW/7.51COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.11, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.11, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.11 | Minimum part unload ratio |
| Real | PLRMin | 0.11 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.92 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1494500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.51 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.0429 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06719 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.015487E-01,-1.630120E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.954138E-01,-1.627980E-01,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {6.377828E-01,-3.620643E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.69 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 41.38 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1495kW_7_51COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1494500,
COP_nominal = 7.51,
PLRMin = 0.11,
PLRMinUnl = 0.11,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.0429,
mCon_flow_nominal = 1000 * 0.06719,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 29.92,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.69,
TConLvgMax = 273.15 + 41.38,
capFunT = {6.015487E-01,-1.630120E-01,9.951930E-03,7.452875E-02,-1.608224E-03,2.001891E-03},
EIRFunT = {1.954138E-01,-1.627980E-01,5.924232E-03,8.194832E-02,-8.723337E-04,7.443855E-04},
EIRFunPLR = {6.377828E-01,-3.620643E-02,-1.187858E-04,5.832958E-01,-9.230655E-01,4.307256E-02,0.000000E+00,6.079021E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1495kW/7.51COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_WSC_1519kW_7_10COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay WSC 1519kW/7.10COP/Vanes, !- Name
1519200, !- Reference Capacity {W}
7.10, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
31.76, !- Reference Leaving Condenser Water Temperature {C}
0.03186, !- Reference Chilled Water Flow Rate {m3/s}
0.08139, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay WSC 1519kW/7.10COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 1519kW/7.10COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 1519kW/7.10COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.76 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1519200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.10 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03186 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.08139 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.244930E+00,-3.988254E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.087821E+00,-2.763242E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.209093E-01,-1.860468E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.71 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.53 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_WSC_1519kW_7_10COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1519200,
COP_nominal = 7.10,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03186,
mCon_flow_nominal = 1000 * 0.08139,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 31.76,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.71,
TConLvgMax = 273.15 + 33.53,
capFunT = {1.244930E+00,-3.988254E-02,-8.293893E-03,3.053704E-02,-2.899547E-03,9.784227E-03},
EIRFunT = {1.087821E+00,-2.763242E-02,-3.692617E-03,-1.419848E-02,6.903140E-05,2.920296E-03},
EIRFunPLR = {4.209093E-01,-1.860468E-02,1.580518E-05,8.654910E-01,-6.538795E-01,1.786849E-02,0.000000E+00,3.759658E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay WSC 1519kW/7.10COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1558kW_5_81COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1558kW/5.81COP/VSD, !- Name
1557800, !- Reference Capacity {W}
5.81, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.61, !- Reference Leaving Condenser Water Temperature {C}
0.03785, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1558kW/5.81COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1558kW/5.81COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1558kW/5.81COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.61 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1557800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.81 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03785 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.062937E+00,1.795402E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.228621E+00,-2.576180E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.269754E-01,-2.384434E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.93 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.69 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1558kW_5_81COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1557800,
COP_nominal = 5.81,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.03785,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.61,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 20.93,
TConLvgMax = 273.15 + 32.69,
capFunT = {1.062937E+00,1.795402E-02,-1.393291E-03,-9.669825E-04,-2.580121E-04,7.734796E-04},
EIRFunT = {1.228621E+00,-2.576180E-02,5.933105E-04,-2.005035E-02,6.691169E-04,-5.915039E-04},
EIRFunPLR = {3.269754E-01,-2.384434E-02,1.204600E-06,3.858219E-01,1.457104E-01,2.369999E-02,0.000000E+00,1.441457E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1558kW/5.81COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1586kW_5_53COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1586kW/5.53COP/VSD, !- Name
1586000, !- Reference Capacity {W}
5.53, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
36.26, !- Reference Leaving Condenser Water Temperature {C}
0.03388, !- Reference Chilled Water Flow Rate {m3/s}
0.04669, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1586kW/5.53COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1586kW/5.53COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1586kW/5.53COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 36.26 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1586000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.53 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03388 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04669 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.132174E+00,8.236001E-04,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.223690E+00,-3.668987E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.381660E-01,-2.323866E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 23.36 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.72 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1586kW_5_53COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1586000,
COP_nominal = 5.53,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.03388,
mCon_flow_nominal = 1000 * 0.04669,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 36.26,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 23.36,
TConLvgMax = 273.15 + 36.72,
capFunT = {1.132174E+00,8.236001E-04,-8.207587E-04,2.967657E-03,-3.898313E-04,1.015830E-03},
EIRFunT = {1.223690E+00,-3.668987E-02,4.038915E-04,-1.595573E-02,5.080640E-04,-7.276256E-05},
EIRFunPLR = {3.381660E-01,-2.323866E-02,-7.810564E-06,1.017389E+00,-8.328919E-01,2.371783E-02,0.000000E+00,4.701559E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1586kW/5.53COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_1635kW_7_47COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 1635kW/7.47COP/Vanes, !- Name
1635200, !- Reference Capacity {W}
7.47, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
19.47, !- Reference Leaving Condenser Water Temperature {C}
0.04416, !- Reference Chilled Water Flow Rate {m3/s}
0.06624, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 1635kW/7.47COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1635kW/7.47COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1635kW/7.47COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.08, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.08, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.08 | Minimum part unload ratio |
| Real | PLRMin | 0.08 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.47 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1635200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.47 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04416 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06624 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.307757E-01,-2.169411E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.029659E+00,-6.966329E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-6.247932E-02,1.538879E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.47 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.79 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_1635kW_7_47COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1635200,
COP_nominal = 7.47,
PLRMin = 0.08,
PLRMinUnl = 0.08,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.04416,
mCon_flow_nominal = 1000 * 0.06624,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 19.47,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.47,
TConLvgMax = 273.15 + 34.79,
capFunT = {8.307757E-01,-2.169411E-02,-3.184578E-03,2.945840E-02,-1.412831E-03,3.405965E-03},
EIRFunT = {1.029659E+00,-6.966329E-02,2.674887E-03,9.677160E-04,5.197288E-04,1.456235E-04},
EIRFunPLR = {-6.247932E-02,1.538879E-02,4.295421E-05,6.945495E-01,2.544881E-01,-1.740972E-02,0.000000E+00,1.367965E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 1635kW/7.47COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1635kW_6_36COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1635kW/6.36COP/Vanes, !- Name
1635200, !- Reference Capacity {W}
6.36, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
35.66, !- Reference Leaving Condenser Water Temperature {C}
0.03432, !- Reference Chilled Water Flow Rate {m3/s}
0.05035, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1635kW/6.36COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1635kW/6.36COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1635kW/6.36COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.18, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.18, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.18 | Minimum part unload ratio |
| Real | PLRMin | 0.18 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.66 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1635200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.36 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03432 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05035 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.092875E-01,-3.293511E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.499856E-01,-6.235681E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.206254E-01,-1.310337E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.44 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.54 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1635kW_6_36COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1635200,
COP_nominal = 6.36,
PLRMin = 0.18,
PLRMinUnl = 0.18,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03432,
mCon_flow_nominal = 1000 * 0.05035,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 35.66,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 20.44,
TConLvgMax = 273.15 + 36.54,
capFunT = {3.092875E-01,-3.293511E-02,-4.782933E-03,6.860171E-02,-2.017588E-03,4.670722E-03},
EIRFunT = {6.499856E-01,-6.235681E-03,-2.219743E-04,8.417414E-03,2.314691E-04,-5.679479E-04},
EIRFunPLR = {4.206254E-01,-1.310337E-03,8.796454E-05,6.600709E-02,4.642310E-01,-3.720394E-03,0.000000E+00,1.189466E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1635kW/6.36COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1656kW_8_24COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1656kW/8.24COP/VSD, !- Name
1656300, !- Reference Capacity {W}
8.24, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
19.83, !- Reference Leaving Condenser Water Temperature {C}
0.04322, !- Reference Chilled Water Flow Rate {m3/s}
0.06296, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1656kW/8.24COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1656kW/8.24COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1656kW/8.24COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.17, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.17, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.17 | Minimum part unload ratio |
| Real | PLRMin | 0.17 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.83 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1656300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.24 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04322 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06296 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.653257E-01,-6.139152E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {2.129183E-01,-9.725092E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.682264E-01,5.313899E-02,1... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.63 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.21 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1656kW_8_24COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1656300,
COP_nominal = 8.24,
PLRMin = 0.17,
PLRMinUnl = 0.17,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.04322,
mCon_flow_nominal = 1000 * 0.06296,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 19.83,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 18.63,
TConLvgMax = 273.15 + 31.21,
capFunT = {3.653257E-01,-6.139152E-02,-2.815890E-03,7.447010E-02,-2.488202E-03,5.049502E-03},
EIRFunT = {2.129183E-01,-9.725092E-02,-2.082833E-03,8.782361E-02,-1.867589E-03,3.572892E-03},
EIRFunPLR = {1.682264E-01,5.313899E-02,1.193363E-04,-2.621319E+00,4.728237E+00,-5.785047E-02,0.000000E+00,-1.229602E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1656kW/8.24COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1663kW_9_34COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1663kW/9.34COP/Vanes, !- Name
1663300, !- Reference Capacity {W}
9.34, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
18.45, !- Reference Leaving Condenser Water Temperature {C}
0.04139, !- Reference Chilled Water Flow Rate {m3/s}
0.0776, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1663kW/9.34COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1663kW/9.34COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1663kW/9.34COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.17, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.17, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.17 | Minimum part unload ratio |
| Real | PLRMin | 0.17 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 18.45 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1663300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.34 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04139 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0776 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.972683E-01,-9.692349E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.477120E-01,-3.913396E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.131373E-01,-3.438844E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.45 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.43 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1663kW_9_34COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1663300,
COP_nominal = 9.34,
PLRMin = 0.17,
PLRMinUnl = 0.17,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.04139,
mCon_flow_nominal = 1000 * 0.0776,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 18.45,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.45,
TConLvgMax = 273.15 + 34.43,
capFunT = {6.972683E-01,-9.692349E-02,4.846738E-03,5.523481E-02,-1.995272E-03,3.533436E-03},
EIRFunT = {9.477120E-01,-3.913396E-02,2.408597E-03,6.703909E-03,5.744537E-04,-1.084620E-03},
EIRFunPLR = {3.131373E-01,-3.438844E-03,-2.715303E-06,1.918294E-01,7.024552E-01,3.301543E-03,0.000000E+00,-2.040731E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1663kW/9.34COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XL_1674kW_7_89COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XL 1674kW/7.89COP/Vanes, !- Name
1673900, !- Reference Capacity {W}
7.89, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
17.74, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09085, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XL 1674kW/7.89COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1674kW/7.89COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1674kW/7.89COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.32, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.32, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.32 | Minimum part unload ratio |
| Real | PLRMin | 0.32 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 17.74 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1673900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.89 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09085 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.604710E-01,-5.170996E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.038212E+00,-5.515980E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {6.276299E-01,-2.633919E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.74 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.74 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XL_1674kW_7_89COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1673900,
COP_nominal = 7.89,
PLRMin = 0.32,
PLRMinUnl = 0.32,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09085,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 17.74,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.74,
TConLvgMax = 273.15 + 34.74,
capFunT = {-1.604710E-01,-5.170996E-02,-1.502523E-03,1.078170E-01,-2.402469E-03,3.063152E-03},
EIRFunT = {1.038212E+00,-5.515980E-02,3.732790E-03,2.569418E-03,5.139774E-04,-7.883225E-04},
EIRFunPLR = {6.276299E-01,-2.633919E-02,5.269229E-05,1.008569E+00,-1.063131E+00,2.353572E-02,0.000000E+00,4.628347E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XL 1674kW/7.89COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_1681kW_6_59COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 1681kW/6.59COP/Vanes, !- Name
1680900, !- Reference Capacity {W}
6.59, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.90, !- Reference Leaving Condenser Water Temperature {C}
0.04366, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 1681kW/6.59COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1681kW/6.59COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1681kW/6.59COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.90 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1680900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.59 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04366 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.849319E-01,-9.745913E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.325528E-01,2.791268E-02,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.598454E+00,9.989791E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 27.96 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.43 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_1681kW_6_59COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1680900,
COP_nominal = 6.59,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.04366,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.90,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 27.96,
TConLvgMax = 273.15 + 34.43,
capFunT = {6.849319E-01,-9.745913E-02,-6.516486E-03,4.595970E-02,-1.596854E-03,7.102706E-03},
EIRFunT = {5.325528E-01,2.791268E-02,1.983583E-03,-2.742380E-03,7.801907E-04,-2.694731E-03},
EIRFunPLR = {-1.598454E+00,9.989791E-02,-1.680617E-04,1.430978E+00,5.318671E-01,-8.914051E-02,0.000000E+00,4.647834E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 1681kW/6.59COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1723kW_8_32COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1723kW/8.32COP/VSD, !- Name
1723100, !- Reference Capacity {W}
8.32, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
19.44, !- Reference Leaving Condenser Water Temperature {C}
0.04757, !- Reference Chilled Water Flow Rate {m3/s}
0.06934, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1723kW/8.32COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1723kW/8.32COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1723kW/8.32COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.18, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.18, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.18 | Minimum part unload ratio |
| Real | PLRMin | 0.18 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.44 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1723100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.32 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04757 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06934 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.239005E-01,-7.123944E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {-1.372893E-01,-1.137042E-01... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.363743E+00,-2.534882E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.07 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.40 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1723kW_8_32COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1723100,
COP_nominal = 8.32,
PLRMin = 0.18,
PLRMinUnl = 0.18,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.04757,
mCon_flow_nominal = 1000 * 0.06934,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 19.44,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 18.07,
TConLvgMax = 273.15 + 31.40,
capFunT = {1.239005E-01,-7.123944E-02,-2.643936E-03,9.396468E-02,-2.643737E-03,4.923920E-03},
EIRFunT = {-1.372893E-01,-1.137042E-01,-3.395214E-03,1.210097E-01,-2.615543E-03,4.943923E-03},
EIRFunPLR = {1.363743E+00,-2.534882E-02,7.213176E-05,-3.644022E+00,5.935760E+00,2.202104E-02,0.000000E+00,-2.617944E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1723kW/8.32COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1727kW_9_04COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1727kW/9.04COP/Vanes, !- Name
1726600, !- Reference Capacity {W}
9.04, !- Reference COP {W/W}
7.78, !- Reference Leaving Chilled Water Temperature {C}
19.16, !- Reference Leaving Condenser Water Temperature {C}
0.03912, !- Reference Chilled Water Flow Rate {m3/s}
0.07192, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1727kW/9.04COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1727kW/9.04COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1727kW/9.04COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.17, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.17, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.17 | Minimum part unload ratio |
| Real | PLRMin | 0.17 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.16 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1726600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.04 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03912 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07192 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.78 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {2.574689E-01,2.272600E-03,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.247058E+00,-1.353289E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.552467E-02,1.482533E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.94 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.13 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1727kW_9_04COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1726600,
COP_nominal = 9.04,
PLRMin = 0.17,
PLRMinUnl = 0.17,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03912,
mCon_flow_nominal = 1000 * 0.07192,
TEvaLvg_nominal = 273.15 + 7.78,
TConLvg_nominal = 273.15 + 19.16,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.94,
TConLvgMax = 273.15 + 35.13,
capFunT = {2.574689E-01,2.272600E-03,-5.815624E-03,6.540193E-02,-1.958828E-03,3.701057E-03},
EIRFunT = {1.247058E+00,-1.353289E-02,-1.160647E-03,-2.086541E-02,9.395685E-04,-2.989847E-05},
EIRFunPLR = {1.552467E-02,1.482533E-02,-2.165341E-05,9.371381E-01,-5.717707E-01,-1.368813E-02,0.000000E+00,6.047782E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1727kW/9.04COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_WSC_1751kW_6_73COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay WSC 1751kW/6.73COP/Vanes, !- Name
1751300, !- Reference Capacity {W}
6.73, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
31.82, !- Reference Leaving Condenser Water Temperature {C}
0.04145, !- Reference Chilled Water Flow Rate {m3/s}
0.09337, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay WSC 1751kW/6.73COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 1751kW/6.73COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay WSC 1751kW/6.73COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.07, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.07 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.82 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1751300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.73 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04145 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09337 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.997155E-01,1.013018E-01,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.968396E-01,2.738711E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-4.199061E-01,3.348162E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.25 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.66 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_WSC_1751kW_6_73COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1751300,
COP_nominal = 6.73,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.07,
mEva_flow_nominal = 1000 * 0.04145,
mCon_flow_nominal = 1000 * 0.09337,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 31.82,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.25,
TConLvgMax = 273.15 + 32.66,
capFunT = {6.997155E-01,1.013018E-01,-5.069597E-03,1.512092E-02,-9.198614E-04,1.134806E-03},
EIRFunT = {9.968396E-01,2.738711E-02,-1.295424E-03,-2.546976E-02,9.706321E-04,-9.771396E-04},
EIRFunPLR = {-4.199061E-01,3.348162E-02,-3.463872E-06,1.370150E+00,-1.116699E+00,-3.393707E-02,0.000000E+00,1.177655E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay WSC 1751kW/6.73COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_1758kW_5_96COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 1758kW/5.96COP/Vanes, !- Name
1758300, !- Reference Capacity {W}
5.96, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.23, !- Reference Leaving Condenser Water Temperature {C}
0.06309, !- Reference Chilled Water Flow Rate {m3/s}
0.06309, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 1758kW/5.96COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1758kW/5.96COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1758kW/5.96COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.23 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.96 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06309 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06309 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.152910E+00,-3.989989E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.175819E-02,-9.767577E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-3.445966E+00,3.643598E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.13 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.40 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_1758kW_5_96COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 5.96,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06309,
mCon_flow_nominal = 1000 * 0.06309,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.23,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 20.13,
TConLvgMax = 273.15 + 32.40,
capFunT = {1.152910E+00,-3.989989E-03,-3.188662E-03,-1.713324E-02,1.013638E-04,2.380003E-03},
EIRFunT = {5.175819E-02,-9.767577E-02,4.582364E-03,6.527440E-02,-7.594482E-04,1.621435E-04},
EIRFunPLR = {-3.445966E+00,3.643598E-01,-1.697759E-04,-2.909905E+00,6.045776E+00,-3.553254E-01,0.000000E+00,1.192526E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 1758kW/5.96COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1758kW_5_76COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1758kW/5.76COP/VSD, !- Name
1758300, !- Reference Capacity {W}
5.76, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.27, !- Reference Leaving Condenser Water Temperature {C}
0.06309, !- Reference Chilled Water Flow Rate {m3/s}
0.06309, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1758kW/5.76COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/5.76COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/5.76COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.27 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.76 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06309 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06309 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.960842E-01,1.462778E-01,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.622331E-01,8.325124E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.914420E-01,-3.736264E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.51 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.27 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.81 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1758kW_5_76COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 5.76,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.06309,
mCon_flow_nominal = 1000 * 0.06309,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.27,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.51,
TConLvgMin = 273.15 + 21.27,
TConLvgMax = 273.15 + 32.81,
capFunT = {1.960842E-01,1.462778E-01,-4.568082E-03,3.185311E-02,-6.290125E-04,-1.279459E-03},
EIRFunT = {9.622331E-01,8.325124E-02,-2.403189E-03,-3.668907E-02,1.323874E-03,-2.828319E-03},
EIRFunPLR = {4.914420E-01,-3.736264E-02,-1.708310E-04,7.127945E-01,-1.838011E-01,4.633977E-02,0.000000E+00,-1.370201E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1758kW/5.76COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1758kW_6_26COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1758kW/6.26COP/Vanes, !- Name
1758300, !- Reference Capacity {W}
6.26, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.18, !- Reference Leaving Condenser Water Temperature {C}
0.06309, !- Reference Chilled Water Flow Rate {m3/s}
0.06309, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1758kW/6.26COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/6.26COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/6.26COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.16, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.16 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.18 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.26 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06309 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06309 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.841919E-01,-2.437152E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.729452E-01,9.227136E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {9.471258E-01,-4.669457E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.48 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.76 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1758kW_6_26COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 6.26,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.16,
mEva_flow_nominal = 1000 * 0.06309,
mCon_flow_nominal = 1000 * 0.06309,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.18,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 21.48,
TConLvgMax = 273.15 + 33.76,
capFunT = {4.841919E-01,-2.437152E-02,3.244522E-03,5.590357E-02,-1.302819E-03,9.257097E-04},
EIRFunT = {1.729452E-01,9.227136E-02,-5.580943E-03,1.946191E-02,3.155080E-05,-7.904242E-04},
EIRFunPLR = {9.471258E-01,-4.669457E-02,-4.461248E-04,5.587776E-02,6.578054E-01,7.103286E-02,0.000000E+00,-9.855688E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1758kW/6.26COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1758kW_5_96COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1758kW/5.96COP/Vanes, !- Name
1758300, !- Reference Capacity {W}
5.96, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.23, !- Reference Leaving Condenser Water Temperature {C}
0.06309, !- Reference Chilled Water Flow Rate {m3/s}
0.06309, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1758kW/5.96COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/5.96COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/5.96COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.23 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.96 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06309 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06309 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.075668E-01,5.287917E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {2.593808E-01,-1.873181E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.303414E-01,1.618347E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.29 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.53 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1758kW_5_96COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 5.96,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.06309,
mCon_flow_nominal = 1000 * 0.06309,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.23,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 21.29,
TConLvgMax = 273.15 + 33.53,
capFunT = {8.075668E-01,5.287917E-02,-4.493793E-04,7.036068E-03,-3.536822E-04,3.731438E-04},
EIRFunT = {2.593808E-01,-1.873181E-03,-4.808688E-04,3.822020E-02,-3.813018E-04,-2.995903E-04},
EIRFunPLR = {1.303414E-01,1.618347E-02,-7.157278E-05,-1.337481E-01,1.186910E+00,-1.240299E-02,0.000000E+00,-2.328976E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1758kW/5.96COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHE_1758kW_5_96COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHE 1758kW/5.96COP/Vanes, !- Name
1758300, !- Reference Capacity {W}
5.96, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.63, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09464, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHE 1758kW/5.96COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1758kW/5.96COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHE 1758kW/5.96COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.63 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.96 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09464 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-3.784203E-01,-8.333229E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.583438E+00,-3.412919E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.466664E+00,-4.222011E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 28.68 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.15 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHE_1758kW_5_96COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 5.96,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09464,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.63,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 28.68,
TConLvgMax = 273.15 + 40.15,
capFunT = {-3.784203E-01,-8.333229E-02,-8.509675E-03,1.031937E-01,-2.432261E-03,7.065530E-03},
EIRFunT = {1.583438E+00,-3.412919E-03,4.476231E-03,-5.243024E-02,1.295102E-03,-2.210725E-03},
EIRFunPLR = {1.466664E+00,-4.222011E-02,-1.153513E-04,-7.738226E-02,-9.896333E-01,5.014539E-02,0.000000E+00,4.671251E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHE 1758kW/5.96COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1758kW_6_28COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1758kW/6.28COP/Vanes, !- Name
1758300, !- Reference Capacity {W}
6.28, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.60, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09464, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1758kW/6.28COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/6.28COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1758kW/6.28COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.60 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.28 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09464 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.062633E-01,-9.373882E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.699849E-01,-9.813327E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.911331E-01,-4.317969E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.46 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 39.72 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1758kW_6_28COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 6.28,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09464,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.60,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.46,
TConLvgMax = 273.15 + 39.72,
capFunT = {5.062633E-01,-9.373882E-03,-2.822764E-03,4.202164E-02,-1.092132E-03,2.074549E-03},
EIRFunT = {5.699849E-01,-9.813327E-03,4.223116E-04,4.842283E-03,4.078201E-04,-7.615896E-04},
EIRFunPLR = {2.911331E-01,-4.317969E-03,1.448369E-05,6.226793E-01,7.992053E-02,3.393326E-03,0.000000E+00,1.919540E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1758kW/6.28COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1758kW_5_86COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1758kW/5.86COP/VSD, !- Name
1758300, !- Reference Capacity {W}
5.86, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.15, !- Reference Leaving Condenser Water Temperature {C}
0.06303, !- Reference Chilled Water Flow Rate {m3/s}
0.07337, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1758kW/5.86COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1758kW/5.86COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1758kW/5.86COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.15 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.86 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06303 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07337 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.528317E-02,-4.119086E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {-6.333861E-02,-5.533069E-02... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.251509E+00,-9.433150E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.86 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.43 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1758kW_5_86COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 5.86,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06303,
mCon_flow_nominal = 1000 * 0.07337,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.15,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 17.86,
TConLvgMax = 273.15 + 31.43,
capFunT = {9.528317E-02,-4.119086E-02,-3.854298E-03,7.698517E-02,-1.945011E-03,4.285126E-03},
EIRFunT = {-6.333861E-02,-5.533069E-02,-4.591740E-03,7.468402E-02,-1.455300E-03,3.506040E-03},
EIRFunPLR = {1.251509E+00,-9.433150E-02,-2.849753E-05,8.544238E-01,-1.491994E+00,9.568956E-02,0.000000E+00,3.698862E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1758kW/5.86COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_1758kW_6_46COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 1758kW/6.46COP/VSD, !- Name
1758300, !- Reference Capacity {W}
6.46, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.14, !- Reference Leaving Condenser Water Temperature {C}
0.06309, !- Reference Chilled Water Flow Rate {m3/s}
0.06309, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 1758kW/6.46COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1758kW/6.46COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1758kW/6.46COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.14 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.46 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06309 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06309 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.155538E+00,-6.017270E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {-2.601408E-01,2.870346E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.842588E-01,5.105821E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.10 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.22 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_1758kW_6_46COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 6.46,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.06309,
mCon_flow_nominal = 1000 * 0.06309,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.14,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 20.10,
TConLvgMax = 273.15 + 32.22,
capFunT = {1.155538E+00,-6.017270E-03,-3.052085E-03,-1.615198E-02,1.178682E-04,2.213641E-03},
EIRFunT = {-2.601408E-01,2.870346E-02,2.635595E-04,4.992457E-02,-1.859076E-04,-1.832446E-03},
EIRFunPLR = {-1.842588E-01,5.105821E-02,6.142934E-05,6.478691E-01,-4.242816E-01,-5.442456E-02,0.000000E+00,1.005374E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller Trane CVHF 1758kW/6.46COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_1758kW_6_87COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 1758kW/6.87COP/Vanes, !- Name
1758300, !- Reference Capacity {W}
6.87, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.08, !- Reference Leaving Condenser Water Temperature {C}
0.06309, !- Reference Chilled Water Flow Rate {m3/s}
0.06309, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 1758kW/6.87COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1758kW/6.87COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1758kW/6.87COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.08 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.87 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06309 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06309 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.950124E-01,3.170632E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.428117E-01,1.299499E-02,5... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {5.682807E-01,-3.888781E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.44 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.98 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_1758kW_6_87COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 6.87,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.06309,
mCon_flow_nominal = 1000 * 0.06309,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.08,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 20.44,
TConLvgMax = 273.15 + 32.98,
capFunT = {7.950124E-01,3.170632E-02,-5.547610E-04,4.268492E-03,-1.289046E-04,4.509069E-04},
EIRFunT = {6.428117E-01,1.299499E-02,5.872739E-04,-5.532320E-03,6.809308E-04,-1.480167E-03},
EIRFunPLR = {5.682807E-01,-3.888781E-02,6.619097E-06,1.715735E+00,-1.791541E+00,3.851853E-02,0.000000E+00,5.124705E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 1758kW/6.87COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1776kW_8_00COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1776kW/8.00COP/Vanes, !- Name
1775900, !- Reference Capacity {W}
8.00, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
19.60, !- Reference Leaving Condenser Water Temperature {C}
0.04757, !- Reference Chilled Water Flow Rate {m3/s}
0.07003, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1776kW/8.00COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1776kW/8.00COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1776kW/8.00COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.17, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.17, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.17 | Minimum part unload ratio |
| Real | PLRMin | 0.17 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.60 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1775900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.00 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04757 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07003 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.221213E-01,-6.119865E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.400829E-01,-2.067083E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {8.623059E-01,-3.289272E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.69 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.73 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1776kW_8_00COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1775900,
COP_nominal = 8.00,
PLRMin = 0.17,
PLRMinUnl = 0.17,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.04757,
mCon_flow_nominal = 1000 * 0.07003,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 19.60,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 18.69,
TConLvgMax = 273.15 + 30.73,
capFunT = {-1.221213E-01,-6.119865E-02,-1.798410E-03,1.162623E-01,-3.162366E-03,4.088809E-03},
EIRFunT = {7.400829E-01,-2.067083E-02,6.695036E-04,1.727139E-02,2.554481E-04,-7.023159E-04},
EIRFunPLR = {8.623059E-01,-3.289272E-02,6.345837E-05,1.416109E-01,2.335827E-01,3.016537E-02,0.000000E+00,-2.083488E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1776kW/8.00COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XL_1779kW_6_18COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XL 1779kW/6.18COP/Vanes, !- Name
1779400, !- Reference Capacity {W}
6.18, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.69, !- Reference Leaving Condenser Water Temperature {C}
0.06303, !- Reference Chilled Water Flow Rate {m3/s}
0.08858, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XL 1779kW/6.18COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1779kW/6.18COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1779kW/6.18COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.69 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1779400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.18 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06303 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.08858 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-7.421879E-02,-6.864609E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.396428E-01,-3.183208E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.137642E-01,-3.096191E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.83 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.12 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XL_1779kW_6_18COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1779400,
COP_nominal = 6.18,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.06303,
mCon_flow_nominal = 1000 * 0.08858,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.69,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.83,
TConLvgMax = 273.15 + 32.12,
capFunT = {-7.421879E-02,-6.864609E-02,-6.656797E-03,9.778610E-02,-2.680195E-03,6.765638E-03},
EIRFunT = {5.396428E-01,-3.183208E-02,1.041725E-03,2.112772E-02,4.504330E-05,-4.947764E-04},
EIRFunPLR = {7.137642E-01,-3.096191E-02,1.459047E-04,8.907204E-01,-1.051301E+00,2.348095E-02,0.000000E+00,5.406677E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XL 1779kW/6.18COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_1779kW_6_18COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 1779kW/6.18COP/Vanes, !- Name
1779400, !- Reference Capacity {W}
6.18, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
33.51, !- Reference Leaving Condenser Water Temperature {C}
0.04454, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 1779kW/6.18COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1779kW/6.18COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 1779kW/6.18COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 33.51 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1779400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.18 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04454 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.379667E-01,-8.817299E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.679272E-01,3.649996E-03,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {6.454991E-03,1.094255E-02,5... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 27.96 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.47 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_1779kW_6_18COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1779400,
COP_nominal = 6.18,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.04454,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 33.51,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 27.96,
TConLvgMax = 273.15 + 34.47,
capFunT = {-1.379667E-01,-8.817299E-02,-1.551247E-03,9.297586E-02,-1.943005E-03,4.050538E-03},
EIRFunT = {3.679272E-01,3.649996E-03,-1.333659E-03,6.605569E-03,4.699578E-04,-5.527094E-04},
EIRFunPLR = {6.454991E-03,1.094255E-02,5.090580E-05,8.866733E-01,-4.314429E-01,-1.400320E-02,0.000000E+00,5.835670E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 1779kW/6.18COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1794kW_8_11COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1794kW/8.11COP/Vanes, !- Name
1793500, !- Reference Capacity {W}
8.11, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
28.88, !- Reference Leaving Condenser Water Temperature {C}
0.05148, !- Reference Chilled Water Flow Rate {m3/s}
0.09653, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1794kW/8.11COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1794kW/8.11COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1794kW/8.11COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.08, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.08 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.88 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1793500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.11 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05148 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09653 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.475615E+00,-2.480005E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.190864E+00,3.400270E-01,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-9.081317E-02,1.524614E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.71 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.34 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1794kW_8_11COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1793500,
COP_nominal = 8.11,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.08,
mEva_flow_nominal = 1000 * 0.05148,
mCon_flow_nominal = 1000 * 0.09653,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 28.88,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.71,
TConLvgMax = 273.15 + 34.34,
capFunT = {1.475615E+00,-2.480005E-01,1.353388E-02,5.216264E-02,-2.330109E-03,5.131852E-03},
EIRFunT = {1.190864E+00,3.400270E-01,-8.717000E-03,-1.107704E-01,3.433891E-03,-8.538300E-03},
EIRFunPLR = {-9.081317E-02,1.524614E-02,8.256304E-04,-6.921348E-01,4.110008E+00,-6.003188E-02,0.000000E+00,-1.751625E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1794kW/8.11COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1794kW_7_90COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1794kW/7.90COP/VSD, !- Name
1793500, !- Reference Capacity {W}
7.90, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
28.90, !- Reference Leaving Condenser Water Temperature {C}
0.05148, !- Reference Chilled Water Flow Rate {m3/s}
0.09653, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1794kW/7.90COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1794kW/7.90COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1794kW/7.90COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.90 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1793500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.90 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05148 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09653 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.431766E-01,-1.738759E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.622079E-01,-1.249125E-01,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.828090E-01,-1.598908E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.43 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.71 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1794kW_7_90COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1793500,
COP_nominal = 7.90,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.05148,
mCon_flow_nominal = 1000 * 0.09653,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 28.90,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.43,
TConLvgMax = 273.15 + 35.71,
capFunT = {7.431766E-01,-1.738759E-01,7.863010E-03,6.780689E-02,-1.636950E-03,3.409649E-03},
EIRFunT = {3.622079E-01,-1.249125E-01,5.333823E-03,5.641261E-02,-3.290614E-04,8.180145E-06},
EIRFunPLR = {3.828090E-01,-1.598908E-02,-1.273038E-04,5.991790E-01,-5.063099E-01,2.273951E-02,0.000000E+00,4.390985E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1794kW/7.90COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XL_1797kW_5_69COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XL 1797kW/5.69COP/Vanes, !- Name
1797000, !- Reference Capacity {W}
5.69, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.67, !- Reference Leaving Condenser Water Temperature {C}
0.07737, !- Reference Chilled Water Flow Rate {m3/s}
0.09672, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XL 1797kW/5.69COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1797kW/5.69COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1797kW/5.69COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.39, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.39, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.39 | Minimum part unload ratio |
| Real | PLRMin | 0.39 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.67 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1797000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.69 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07737 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09672 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.173209E-01,4.990036E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.079738E+00,-4.447776E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {5.147565E+00,-1.604653E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 26.59 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.91 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XL_1797kW_5_69COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1797000,
COP_nominal = 5.69,
PLRMin = 0.39,
PLRMinUnl = 0.39,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.07737,
mCon_flow_nominal = 1000 * 0.09672,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.67,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 26.59,
TConLvgMax = 273.15 + 34.91,
capFunT = {9.173209E-01,4.990036E-02,-1.196031E-03,-2.024380E-03,-3.141698E-05,-3.752508E-04},
EIRFunT = {1.079738E+00,-4.447776E-02,1.617276E-03,8.485662E-04,8.268362E-05,5.543283E-05},
EIRFunPLR = {5.147565E+00,-1.604653E-01,2.139293E-05,-3.215408E+00,-1.636618E+00,1.592219E-01,0.000000E+00,7.224656E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XL 1797kW/5.69COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_1801kW_6_34COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 1801kW/6.34COP/VSD, !- Name
1800500, !- Reference Capacity {W}
6.34, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
31.70, !- Reference Leaving Condenser Water Temperature {C}
0.05161, !- Reference Chilled Water Flow Rate {m3/s}
0.06385, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 1801kW/6.34COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1801kW/6.34COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 1801kW/6.34COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.70 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1800500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.34 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05161 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06385 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.277256E-01,-9.423458E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.993760E-01,3.436644E-03,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-3.986781E-03,2.064845E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.63 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.95 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_1801kW_6_34COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1800500,
COP_nominal = 6.34,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.05161,
mCon_flow_nominal = 1000 * 0.06385,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 31.70,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 19.63,
TConLvgMax = 273.15 + 32.95,
capFunT = {3.277256E-01,-9.423458E-02,-1.714249E-03,7.496846E-02,-1.987466E-03,4.807394E-03},
EIRFunT = {6.993760E-01,3.436644E-03,1.120695E-03,-3.794674E-03,7.200808E-04,-1.623357E-03},
EIRFunPLR = {-3.986781E-03,2.064845E-02,-1.459614E-05,-5.111204E-01,2.257468E+00,-1.990453E-02,0.000000E+00,-7.517775E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 1801kW/6.34COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1867kW_10_09COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1867kW/10.09COP/Vanes, !- Name
1867300, !- Reference Capacity {W}
10.09, !- Reference COP {W/W}
7.78, !- Reference Leaving Chilled Water Temperature {C}
18.18, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09085, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1867kW/10.09COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1867kW/10.09COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1867kW/10.09COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 18.18 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1867300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 10.09 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09085 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.78 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-8.621766E-02,-4.282771E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.584483E-01,1.696214E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-3.108659E-01,5.639190E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.96 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 39.35 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1867kW_10_09COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1867300,
COP_nominal = 10.09,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09085,
TEvaLvg_nominal = 273.15 + 7.78,
TConLvg_nominal = 273.15 + 18.18,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.96,
TConLvgMax = 273.15 + 39.35,
capFunT = {-8.621766E-02,-4.282771E-02,-4.467391E-03,9.890042E-02,-2.768144E-03,5.728215E-03},
EIRFunT = {6.584483E-01,1.696214E-02,-3.465522E-03,2.078998E-02,2.909474E-04,-2.222756E-04},
EIRFunPLR = {-3.108659E-01,5.639190E-02,-6.487474E-05,-9.450752E-01,2.690004E+00,-5.309347E-02,0.000000E+00,-4.748500E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1867kW/10.09COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XL_1871kW_6_49COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XL 1871kW/6.49COP/Vanes, !- Name
1870800, !- Reference Capacity {W}
6.49, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
32.00, !- Reference Leaving Condenser Water Temperature {C}
0.06303, !- Reference Chilled Water Flow Rate {m3/s}
0.0877, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XL 1871kW/6.49COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1871kW/6.49COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 1871kW/6.49COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.00 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1870800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.49 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06303 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0877 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-7.422008E-01,-5.893189E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.182368E+00,-6.852914E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.085769E+00,-5.971095E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.92 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.06 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XL_1871kW_6_49COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1870800,
COP_nominal = 6.49,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.06303,
mCon_flow_nominal = 1000 * 0.0877,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 32.00,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.92,
TConLvgMax = 273.15 + 35.06,
capFunT = {-7.422008E-01,-5.893189E-02,-6.359815E-03,1.450953E-01,-3.416848E-03,5.905773E-03},
EIRFunT = {1.182368E+00,-6.852914E-02,2.718010E-03,-1.693531E-02,6.861400E-04,4.136164E-05},
EIRFunPLR = {1.085769E+00,-5.971095E-02,1.041798E-04,7.182300E-01,-5.729312E-01,5.367072E-02,0.000000E+00,-1.472327E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XL 1871kW/6.49COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1881kW_6_77COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1881kW/6.77COP/VSD, !- Name
1881400, !- Reference Capacity {W}
6.77, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
29.35, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09464, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1881kW/6.77COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1881kW/6.77COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1881kW/6.77COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.35 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1881400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.77 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09464 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {2.510830E-01,-3.997687E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.450343E-01,-3.893169E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.949889E-02,2.267854E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.80 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.02 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1881kW_6_77COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1881400,
COP_nominal = 6.77,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09464,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 29.35,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.80,
TConLvgMax = 273.15 + 35.02,
capFunT = {2.510830E-01,-3.997687E-02,-3.627911E-03,6.819530E-02,-2.135260E-03,5.245082E-03},
EIRFunT = {5.450343E-01,-3.893169E-02,9.377632E-04,2.314284E-02,-1.134638E-05,7.362152E-05},
EIRFunPLR = {4.949889E-02,2.267854E-02,-2.003269E-05,-9.059476E-01,3.032884E+00,-2.155668E-02,0.000000E+00,-1.190898E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1881kW/6.77COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_1881kW_6_53COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 1881kW/6.53COP/Vanes, !- Name
1881400, !- Reference Capacity {W}
6.53, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
31.65, !- Reference Leaving Condenser Water Temperature {C}
0.04397, !- Reference Chilled Water Flow Rate {m3/s}
0.1041, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 1881kW/6.53COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 1881kW/6.53COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 1881kW/6.53COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.65 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1881400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.53 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04397 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.1041 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.031671E-01,3.618657E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.262865E-01,4.727402E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.470999E-01,-4.530708E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 15.00 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.45 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_1881kW_6_53COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1881400,
COP_nominal = 6.53,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.04397,
mCon_flow_nominal = 1000 * 0.1041,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 31.65,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 15.00,
TConLvgMax = 273.15 + 32.45,
capFunT = {8.031671E-01,3.618657E-02,-1.027472E-03,1.237132E-02,-7.469842E-04,1.123058E-03},
EIRFunT = {4.262865E-01,4.727402E-02,-1.347198E-03,4.334960E-03,5.282605E-04,-1.449676E-03},
EIRFunPLR = {2.470999E-01,-4.530708E-03,2.522038E-05,-5.464802E-01,2.572647E+00,3.398388E-03,0.000000E+00,-1.261128E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 1881kW/6.53COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_1895kW_6_42COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 1895kW/6.42COP/Vanes, !- Name
1895400, !- Reference Capacity {W}
6.42, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
29.66, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09085, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 1895kW/6.42COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1895kW/6.42COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1895kW/6.42COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.1, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.1 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.66 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1895400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.42 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09085 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.518352E-01,-1.535612E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.851189E-01,-3.198165E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.912394E-02,1.922190E-02,1... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.93 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.14 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_1895kW_6_42COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1895400,
COP_nominal = 6.42,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.1,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09085,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 29.66,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.93,
TConLvgMax = 273.15 + 40.14,
capFunT = {4.518352E-01,-1.535612E-01,1.760231E-03,8.123118E-02,-2.460493E-03,6.371948E-03},
EIRFunT = {1.851189E-01,-3.198165E-02,-8.437565E-04,4.384625E-02,-4.446880E-04,8.645981E-04},
EIRFunPLR = {4.912394E-02,1.922190E-02,1.458006E-04,-1.286997E-01,1.371824E+00,-2.769626E-02,0.000000E+00,-1.782073E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 1895kW/6.42COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_1934kW_7_55COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 1934kW/7.55COP/Vanes, !- Name
1934100, !- Reference Capacity {W}
7.55, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
19.93, !- Reference Leaving Condenser Water Temperature {C}
0.05552, !- Reference Chilled Water Flow Rate {m3/s}
0.08675, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 1934kW/7.55COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 1934kW/7.55COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 1934kW/7.55COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.93 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1934100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.55 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05552 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.08675 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-8.034452E-01,5.620880E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.464148E+00,-1.335550E-01,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.339218E-01,-3.184317E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.55 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.11 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_1934kW_7_55COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1934100,
COP_nominal = 7.55,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.05552,
mCon_flow_nominal = 1000 * 0.08675,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 19.93,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.55,
TConLvgMax = 273.15 + 35.11,
capFunT = {-8.034452E-01,5.620880E-02,-1.066333E-03,1.377705E-01,-3.123388E-03,1.042684E-03},
EIRFunT = {1.464148E+00,-1.335550E-01,4.793466E-03,-2.069042E-02,6.523211E-04,1.245111E-03},
EIRFunPLR = {7.339218E-01,-3.184317E-02,-9.387398E-05,-2.274806E-01,1.677164E+00,3.688705E-02,0.000000E+00,-1.250228E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 1934kW/7.55COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PEH_1934kW_6_01COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PEH 1934kW/6.01COP/Vanes, !- Name
1934100, !- Reference Capacity {W}
6.01, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.54, !- Reference Leaving Condenser Water Temperature {C}
0.05552, !- Reference Chilled Water Flow Rate {m3/s}
0.07981, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PEH 1934kW/6.01COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1934kW/6.01COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PEH 1934kW/6.01COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.54 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1934100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.01 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05552 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07981 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-4.043899E-01,-5.695254E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.191090E-01,7.702949E-04,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.000427E+00,-3.176111E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.00 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.60 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PEH_1934kW_6_01COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1934100,
COP_nominal = 6.01,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.05552,
mCon_flow_nominal = 1000 * 0.07981,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.54,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.00,
TConLvgMax = 273.15 + 36.60,
capFunT = {-4.043899E-01,-5.695254E-02,-1.353511E-03,1.215555E-01,-2.814037E-03,4.161831E-03},
EIRFunT = {1.191090E-01,7.702949E-04,-2.852916E-03,4.290826E-02,-4.014538E-04,8.913432E-04},
EIRFunPLR = {1.000427E+00,-3.176111E-02,-2.412562E-04,4.886225E-01,-2.020669E+00,4.495646E-02,0.000000E+00,1.357430E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PEH 1934kW/6.01COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_WDC_1973kW_6_28COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay WDC 1973kW/6.28COP/Vanes, !- Name
1972800, !- Reference Capacity {W}
6.28, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
32.53, !- Reference Leaving Condenser Water Temperature {C}
0.04145, !- Reference Chilled Water Flow Rate {m3/s}
0.09337, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay WDC 1973kW/6.28COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay WDC 1973kW/6.28COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay WDC 1973kW/6.28COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.53 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1972800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.28 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04145 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09337 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.327385E+00,5.589128E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.179827E+00,-5.349290E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-9.986603E-01,7.542346E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.36 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.81 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_WDC_1973kW_6_28COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1972800,
COP_nominal = 6.28,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.04145,
mCon_flow_nominal = 1000 * 0.09337,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 32.53,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.36,
TConLvgMax = 273.15 + 32.81,
capFunT = {1.327385E+00,5.589128E-02,-6.418354E-03,-2.827763E-02,-2.655572E-04,2.996574E-03},
EIRFunT = {1.179827E+00,-5.349290E-02,-2.095113E-03,-1.285812E-02,2.267511E-04,2.197542E-03},
EIRFunPLR = {-9.986603E-01,7.542346E-02,-5.753431E-05,6.665711E-02,2.154745E+00,-7.250027E-02,0.000000E+00,-2.590669E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay WDC 1973kW/6.28COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_1997kW_7_24COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 1997kW/7.24COP/Vanes, !- Name
1997400, !- Reference Capacity {W}
7.24, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
31.89, !- Reference Leaving Condenser Water Temperature {C}
0.04397, !- Reference Chilled Water Flow Rate {m3/s}
0.1041, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 1997kW/7.24COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 1997kW/7.24COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 1997kW/7.24COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.18, !- Minimum Part Load Ratio
1.07, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.18, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.07 | Maximum part load ratio |
| Real | PLRMinUnl | 0.18 | Minimum part unload ratio |
| Real | PLRMin | 0.18 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.89 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1997400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.24 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04397 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.1041 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.039493E+00,1.593009E-01,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.550813E-01,1.022114E-01,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.838759E-01,-1.009515E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 7.22 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.16 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.70 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_1997kW_7_24COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1997400,
COP_nominal = 7.24,
PLRMin = 0.18,
PLRMinUnl = 0.18,
PLRMax = 1.07,
mEva_flow_nominal = 1000 * 0.04397,
mCon_flow_nominal = 1000 * 0.1041,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 31.89,
TEvaLvgMin = 273.15 + 7.22,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 19.16,
TConLvgMax = 273.15 + 32.70,
capFunT = {1.039493E+00,1.593009E-01,-3.989073E-03,-3.812180E-02,2.881779E-04,-7.520087E-04},
EIRFunT = {1.550813E-01,1.022114E-01,-6.511170E-04,-1.241272E-02,1.514358E-03,-4.090377E-03},
EIRFunPLR = {1.838759E-01,-1.009515E-02,1.677624E-04,9.181489E-01,-2.434151E-02,1.727052E-03,0.000000E+00,2.527075E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 1997kW/7.24COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PFH_2043kW_8_44COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PFH 2043kW/8.44COP/Vanes, !- Name
2043100, !- Reference Capacity {W}
8.44, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
20.80, !- Reference Leaving Condenser Water Temperature {C}
0.04757, !- Reference Chilled Water Flow Rate {m3/s}
0.06814, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PFH 2043kW/8.44COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 2043kW/8.44COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 2043kW/8.44COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.08, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.08, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.08 | Minimum part unload ratio |
| Real | PLRMin | 0.08 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 20.80 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2043100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.44 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04757 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.06814 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.565419E-01,1.690707E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.806067E-01,5.701621E-03,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-7.300240E-01,6.016914E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.80 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.72 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PFH_2043kW_8_44COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2043100,
COP_nominal = 8.44,
PLRMin = 0.08,
PLRMinUnl = 0.08,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.04757,
mCon_flow_nominal = 1000 * 0.06814,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 20.80,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 20.80,
TConLvgMax = 273.15 + 32.72,
capFunT = {7.565419E-01,1.690707E-02,-3.988252E-03,2.008625E-02,-1.439363E-03,3.931271E-03},
EIRFunT = {6.806067E-01,5.701621E-03,-1.329020E-03,1.210419E-02,2.563048E-04,-2.528032E-04},
EIRFunPLR = {-7.300240E-01,6.016914E-02,2.516862E-05,1.606362E-01,1.803623E+00,-6.158982E-02,0.000000E+00,-2.149832E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PFH 2043kW/8.44COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_2043kW_9_08COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 2043kW/9.08COP/Vanes, !- Name
2043100, !- Reference Capacity {W}
9.08, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
23.11, !- Reference Leaving Condenser Water Temperature {C}
0.09085, !- Reference Chilled Water Flow Rate {m3/s}
0.11356, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 2043kW/9.08COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2043kW/9.08COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2043kW/9.08COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.28, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.28, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.28 | Minimum part unload ratio |
| Real | PLRMin | 0.28 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 23.11 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2043100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.08 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.09085 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11356 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.215335E+00,-3.294601E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.008753E+00,3.282653E-02,3... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.696812E-01,3.068332E-02,1... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 23.06 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.90 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_2043kW_9_08COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2043100,
COP_nominal = 9.08,
PLRMin = 0.28,
PLRMinUnl = 0.28,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.09085,
mCon_flow_nominal = 1000 * 0.11356,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 23.11,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 23.06,
TConLvgMax = 273.15 + 34.90,
capFunT = {-2.215335E+00,-3.294601E-02,-5.300740E-03,2.341598E-01,-4.558661E-03,4.631243E-03},
EIRFunT = {1.008753E+00,3.282653E-02,3.719189E-03,-2.508242E-02,1.367676E-03,-3.739705E-03},
EIRFunPLR = {3.696812E-01,3.068332E-02,1.965912E-05,-1.915197E+00,3.980757E+00,-3.185207E-02,0.000000E+00,-1.418416E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 2043kW/9.08COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XL_2057kW_6_05COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XL 2057kW/6.05COP/Vanes, !- Name
2057200, !- Reference Capacity {W}
6.05, !- Reference COP {W/W}
7.78, !- Reference Leaving Chilled Water Temperature {C}
29.79, !- Reference Leaving Condenser Water Temperature {C}
0.08322, !- Reference Chilled Water Flow Rate {m3/s}
0.09722, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XL 2057kW/6.05COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 2057kW/6.05COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XL 2057kW/6.05COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.28, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.28, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.28 | Minimum part unload ratio |
| Real | PLRMin | 0.28 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.79 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2057200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.05 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.08322 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09722 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.78 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.448091E-01,-3.315001E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.341312E-01,-7.592418E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.353291E-01,-5.973382E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.89 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.37 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XL_2057kW_6_05COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2057200,
COP_nominal = 6.05,
PLRMin = 0.28,
PLRMinUnl = 0.28,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.08322,
mCon_flow_nominal = 1000 * 0.09722,
TEvaLvg_nominal = 273.15 + 7.78,
TConLvg_nominal = 273.15 + 29.79,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.89,
TConLvgMax = 273.15 + 35.37,
capFunT = {6.448091E-01,-3.315001E-02,-3.168485E-03,3.196459E-02,-1.138880E-03,3.799700E-03},
EIRFunT = {7.341312E-01,-7.592418E-02,-2.065951E-03,3.153945E-02,-8.888217E-04,3.650961E-03},
EIRFunPLR = {1.353291E-01,-5.973382E-03,-2.152787E-05,1.844856E+00,-2.868168E+00,7.003543E-03,0.000000E+00,1.875512E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XL 2057kW/6.05COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_2110kW_7_15COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 2110kW/7.15COP/Vanes, !- Name
2110000, !- Reference Capacity {W}
7.15, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
29.97, !- Reference Leaving Condenser Water Temperature {C}
0.06057, !- Reference Chilled Water Flow Rate {m3/s}
0.09464, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 2110kW/7.15COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 2110kW/7.15COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 2110kW/7.15COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.97 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2110000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.15 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06057 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09464 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.132568E-02,-1.142230E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.140372E-01,-4.277763E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.834325E-01,-1.806511E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.99 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.89 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_2110kW_7_15COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2110000,
COP_nominal = 7.15,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.06057,
mCon_flow_nominal = 1000 * 0.09464,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 29.97,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.99,
TConLvgMax = 273.15 + 34.89,
capFunT = {6.132568E-02,-1.142230E-02,1.660419E-03,8.345415E-02,-2.159087E-03,1.699787E-03},
EIRFunT = {6.140372E-01,-4.277763E-02,9.446169E-04,1.580154E-02,1.226130E-04,3.616708E-04},
EIRFunPLR = {3.834325E-01,-1.806511E-03,5.390925E-05,1.510060E-02,7.165451E-01,-1.195918E-03,0.000000E+00,-7.564269E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 2110kW/7.15COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PFH_2124kW_6_03COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PFH 2124kW/6.03COP/Vanes, !- Name
2124000, !- Reference Capacity {W}
6.03, !- Reference COP {W/W}
8.89, !- Reference Leaving Chilled Water Temperature {C}
31.31, !- Reference Leaving Condenser Water Temperature {C}
0.05552, !- Reference Chilled Water Flow Rate {m3/s}
0.07981, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PFH 2124kW/6.03COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 2124kW/6.03COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 2124kW/6.03COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.31 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2124000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.03 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05552 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07981 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.89 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.466662E-01,-3.809647E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.198331E+00,-5.731652E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.353862E+00,9.444334E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.28 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.13 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PFH_2124kW_6_03COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2124000,
COP_nominal = 6.03,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.05552,
mCon_flow_nominal = 1000 * 0.07981,
TEvaLvg_nominal = 273.15 + 8.89,
TConLvg_nominal = 273.15 + 31.31,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.28,
TConLvgMax = 273.15 + 36.13,
capFunT = {8.466662E-01,-3.809647E-02,4.003930E-04,2.913659E-02,-1.138034E-03,2.405293E-03},
EIRFunT = {1.198331E+00,-5.731652E-02,-4.950792E-03,-1.013222E-02,-1.112759E-04,4.138878E-03},
EIRFunPLR = {-1.353862E+00,9.444334E-02,-1.467992E-05,1.291373E+00,-2.276361E-01,-9.395594E-02,0.000000E+00,1.285196E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PFH 2124kW/6.03COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_2159kW_6_85COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 2159kW/6.85COP/Vanes, !- Name
2159200, !- Reference Capacity {W}
6.85, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.32, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.11356, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 2159kW/6.85COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 2159kW/6.85COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 2159kW/6.85COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.14, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.14, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.14 | Minimum part unload ratio |
| Real | PLRMin | 0.14 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.32 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2159200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.85 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11356 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-5.164056E-02,-7.384855E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.013059E+00,2.176325E-03,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.315688E-02,2.746250E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.13 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.75 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_2159kW_6_85COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2159200,
COP_nominal = 6.85,
PLRMin = 0.14,
PLRMinUnl = 0.14,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.11356,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.32,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.13,
TConLvgMax = 273.15 + 34.75,
capFunT = {-5.164056E-02,-7.384855E-02,-1.036241E-02,1.201446E-01,-3.881099E-03,9.873049E-03},
EIRFunT = {1.013059E+00,2.176325E-03,-4.682395E-04,-1.887683E-02,7.444727E-04,-6.685547E-04},
EIRFunPLR = {2.315688E-02,2.746250E-02,-2.345600E-05,-4.728932E-01,1.778530E+00,-2.621741E-02,0.000000E+00,-3.448533E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 2159kW/6.85COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_2184kW_6_78COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 2184kW/6.78COP/Vanes, !- Name
2183800, !- Reference Capacity {W}
6.78, !- Reference COP {W/W}
7.78, !- Reference Leaving Chilled Water Temperature {C}
35.55, !- Reference Leaving Condenser Water Temperature {C}
0.04883, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 2184kW/6.78COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2184kW/6.78COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2184kW/6.78COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.55 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2183800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.78 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04883 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.78 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.214452E+00,-1.495671E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.286650E+00,3.478277E-02,2... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.473025E+00,-1.277887E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 30.67 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.06 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_2184kW_6_78COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2183800,
COP_nominal = 6.78,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.04883,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 7.78,
TConLvg_nominal = 273.15 + 35.55,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 30.67,
TConLvgMax = 273.15 + 36.06,
capFunT = {1.214452E+00,-1.495671E-02,-2.934194E-03,1.568925E-02,-9.780218E-04,2.723254E-03},
EIRFunT = {1.286650E+00,3.478277E-02,2.888239E-03,-4.763798E-02,1.463610E-03,-3.194170E-03},
EIRFunPLR = {2.473025E+00,-1.277887E-01,-3.279364E-05,-3.156699E-01,-3.527895E-01,1.304080E-01,0.000000E+00,-8.547163E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 2184kW/6.78COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_2201kW_6_69COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 2201kW/6.69COP/Vanes, !- Name
2201400, !- Reference Capacity {W}
6.69, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.44, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.11356, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 2201kW/6.69COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 2201kW/6.69COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 2201kW/6.69COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.14, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.14, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.14 | Minimum part unload ratio |
| Real | PLRMin | 0.14 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.44 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2201400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.69 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11356 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.132698E-01,-9.712289E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.761500E-01,2.513467E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.515554E-03,3.070346E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.11 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.92 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_2201kW_6_69COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2201400,
COP_nominal = 6.69,
PLRMin = 0.14,
PLRMinUnl = 0.14,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.11356,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.44,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.11,
TConLvgMax = 273.15 + 34.92,
capFunT = {-2.132698E-01,-9.712289E-02,-7.445252E-03,1.333444E-01,-3.971284E-03,9.247854E-03},
EIRFunT = {8.761500E-01,2.513467E-02,-8.565300E-04,-1.383243E-02,6.968311E-04,-1.236275E-03},
EIRFunPLR = {3.515554E-03,3.070346E-02,-1.198496E-08,-5.568236E-01,1.810053E+00,-3.070120E-02,0.000000E+00,-2.564025E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 2201kW/6.69COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_2233kW_9_54COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 2233kW/9.54COP/VSD, !- Name
2233000, !- Reference Capacity {W}
9.54, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
17.93, !- Reference Leaving Condenser Water Temperature {C}
0.06107, !- Reference Chilled Water Flow Rate {m3/s}
0.11451, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 2233kW/9.54COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 2233kW/9.54COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 2233kW/9.54COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 17.93 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2233000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.54 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06107 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11451 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.939632E-01,-9.743766E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.177745E-01,-9.460212E-04,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.637900E-01,-3.344690E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.93 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.11 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_2233kW_9_54COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2233000,
COP_nominal = 9.54,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.06107,
mCon_flow_nominal = 1000 * 0.11451,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 17.93,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.93,
TConLvgMax = 273.15 + 34.11,
capFunT = {4.939632E-01,-9.743766E-02,6.782771E-03,7.149216E-02,-2.077461E-03,2.246608E-03},
EIRFunT = {7.177745E-01,-9.460212E-04,-1.451469E-03,1.431719E-02,5.149926E-04,-8.367784E-04},
EIRFunPLR = {4.637900E-01,-3.344690E-02,2.768776E-04,-2.457480E-03,1.477501E+00,1.903803E-02,0.000000E+00,-7.622945E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 2233kW/9.54COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_2237kW_6_41COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 2237kW/6.41COP/Vanes, !- Name
2236600, !- Reference Capacity {W}
6.41, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.56, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.11356, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 2237kW/6.41COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 2237kW/6.41COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 2237kW/6.41COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.13, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.13, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.13 | Minimum part unload ratio |
| Real | PLRMin | 0.13 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.56 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2236600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.41 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11356 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {2.686272E-01,-4.051077E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.801548E-01,2.026687E-02,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.013555E-01,1.055744E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.30 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.03 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_2237kW_6_41COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2236600,
COP_nominal = 6.41,
PLRMin = 0.13,
PLRMinUnl = 0.13,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.11356,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.56,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.30,
TConLvgMax = 273.15 + 35.03,
capFunT = {2.686272E-01,-4.051077E-02,-2.130203E-03,7.674578E-02,-2.282522E-03,4.478325E-03},
EIRFunT = {9.801548E-01,2.026687E-02,1.578707E-03,-2.077442E-02,9.180399E-04,-2.105614E-03},
EIRFunPLR = {2.013555E-01,1.055744E-02,-2.587525E-05,-3.074339E-01,1.634011E+00,-9.188562E-03,0.000000E+00,-5.458636E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 2237kW/6.41COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_2275kW_6_32COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 2275kW/6.32COP/Vanes, !- Name
2275200, !- Reference Capacity {W}
6.32, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.66, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.11356, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 2275kW/6.32COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 2275kW/6.32COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 2275kW/6.32COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.13, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.13, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.13 | Minimum part unload ratio |
| Real | PLRMin | 0.13 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.66 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2275200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.32 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11356 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.227391E-01,-3.381914E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.910758E-01,4.115735E-03,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.464807E-01,6.198472E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.78 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.17 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_2275kW_6_32COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2275200,
COP_nominal = 6.32,
PLRMin = 0.13,
PLRMinUnl = 0.13,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.11356,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.66,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.78,
TConLvgMax = 273.15 + 35.17,
capFunT = {9.227391E-01,-3.381914E-02,4.402874E-04,2.528344E-02,-1.131217E-03,2.844510E-03},
EIRFunT = {8.910758E-01,4.115735E-03,-2.403988E-04,-1.277389E-02,6.650664E-04,-8.163142E-04},
EIRFunPLR = {2.464807E-01,6.198472E-03,-2.091245E-05,-1.584035E-01,1.396936E+00,-5.134757E-03,0.000000E+00,-4.982764E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 2275kW/6.32COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_2300kW_8_10COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 2300kW/8.10COP/Vanes, !- Name
2299900, !- Reference Capacity {W}
8.10, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
19.58, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09085, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 2300kW/8.10COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2300kW/8.10COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2300kW/8.10COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.23, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.23, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.23 | Minimum part unload ratio |
| Real | PLRMin | 0.23 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.58 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2299900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 8.10 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09085 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.945951E-02,1.763194E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.870347E-01,1.176508E-02,5... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-8.187804E-01,9.052788E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.58 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.79 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_2300kW_8_10COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2299900,
COP_nominal = 8.10,
PLRMin = 0.23,
PLRMinUnl = 0.23,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09085,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 19.58,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.58,
TConLvgMax = 273.15 + 34.79,
capFunT = {4.945951E-02,1.763194E-02,-1.707908E-03,8.024411E-02,-2.301455E-03,2.334434E-03},
EIRFunT = {6.870347E-01,1.176508E-02,5.473075E-04,1.235577E-02,3.200085E-04,-1.378535E-03},
EIRFunPLR = {-8.187804E-01,9.052788E-02,-2.443564E-04,-2.116230E+00,5.680799E+00,-7.780553E-02,0.000000E+00,-1.907348E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 2300kW/8.10COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_2317kW_6_33COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 2317kW/6.33COP/VSD, !- Name
2317400, !- Reference Capacity {W}
6.33, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
35.10, !- Reference Leaving Condenser Water Temperature {C}
0.09085, !- Reference Chilled Water Flow Rate {m3/s}
0.11356, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 2317kW/6.33COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2317kW/6.33COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2317kW/6.33COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.10 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2317400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.33 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.09085 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11356 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.632457E-01,4.608638E-03,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {2.905409E-01,-2.093028E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-4.540034E-01,3.433262E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.67 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.67 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_2317kW_6_33COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2317400,
COP_nominal = 6.33,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.09085,
mCon_flow_nominal = 1000 * 0.11356,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 35.10,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.67,
TConLvgMax = 273.15 + 35.67,
capFunT = {6.632457E-01,4.608638E-03,-1.100111E-03,1.651605E-02,-4.753748E-04,1.648311E-03},
EIRFunT = {2.905409E-01,-2.093028E-02,9.792522E-04,1.493146E-02,3.511684E-04,-8.356167E-04},
EIRFunPLR = {-4.540034E-01,3.433262E-02,4.845589E-05,9.799190E-01,2.028044E-01,-3.705958E-02,0.000000E+00,3.066979E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller Trane CVHF 2317kW/6.33COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_2391kW_6_77COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 2391kW/6.77COP/Vanes, !- Name
2391300, !- Reference Capacity {W}
6.77, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
31.65, !- Reference Leaving Condenser Water Temperature {C}
0.06858, !- Reference Chilled Water Flow Rate {m3/s}
0.0846, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 2391kW/6.77COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 2391kW/6.77COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 2391kW/6.77COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.65 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2391300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.77 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06858 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0846 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.092340E-01,-7.214951E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.095032E-01,-1.108553E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.306200E-01,-7.328716E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.72 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.63 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_2391kW_6_77COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2391300,
COP_nominal = 6.77,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.06858,
mCon_flow_nominal = 1000 * 0.0846,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 31.65,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 19.72,
TConLvgMax = 273.15 + 32.63,
capFunT = {-1.092340E-01,-7.214951E-02,-1.929403E-03,1.073964E-01,-2.585892E-03,4.163448E-03},
EIRFunT = {6.095032E-01,-1.108553E-02,6.938966E-04,1.166583E-02,2.514251E-04,-7.733820E-04},
EIRFunPLR = {4.306200E-01,-7.328716E-03,9.930747E-06,9.234623E-01,-1.158929E+00,6.792175E-03,0.000000E+00,8.117517E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 2391kW/6.77COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19XR_2391kW_6_44COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19XR 2391kW/6.44COP/VSD, !- Name
2391300, !- Reference Capacity {W}
6.44, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
31.70, !- Reference Leaving Condenser Water Temperature {C}
0.06858, !- Reference Chilled Water Flow Rate {m3/s}
0.0846, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19XR 2391kW/6.44COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 2391kW/6.44COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19XR 2391kW/6.44COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.70 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2391300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.44 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06858 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0846 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.105784E-01,-7.215657E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.030335E-01,-1.099862E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.309393E-01,1.443518E-02,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.76 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.68 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19XR_2391kW_6_44COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2391300,
COP_nominal = 6.44,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.06858,
mCon_flow_nominal = 1000 * 0.0846,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 31.70,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 19.76,
TConLvgMax = 273.15 + 32.68,
capFunT = {-1.105784E-01,-7.215657E-02,-1.924398E-03,1.073110E-01,-2.578512E-03,4.153768E-03},
EIRFunT = {6.030335E-01,-1.099862E-02,6.898379E-04,1.213607E-02,2.415707E-04,-7.792847E-04},
EIRFunPLR = {1.309393E-01,1.443518E-02,-9.784460E-07,-8.596110E-01,2.724452E+00,-1.436270E-02,0.000000E+00,-9.969677E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19XR 2391kW/6.44COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_2412kW_5_58COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 2412kW/5.58COP/Vanes, !- Name
2412400, !- Reference Capacity {W}
5.58, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
32.10, !- Reference Leaving Condenser Water Temperature {C}
0.09085, !- Reference Chilled Water Flow Rate {m3/s}
0.11356, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 2412kW/5.58COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 2412kW/5.58COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 2412kW/5.58COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.12, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.12, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.12 | Minimum part unload ratio |
| Real | PLRMin | 0.12 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.10 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2412400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.58 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.09085 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.11356 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.042244E-01,-5.282819E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.175495E-01,-2.563749E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-8.659288E-02,4.280342E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.30 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.78 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_2412kW_5_58COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2412400,
COP_nominal = 5.58,
PLRMin = 0.12,
PLRMinUnl = 0.12,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.09085,
mCon_flow_nominal = 1000 * 0.11356,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 32.10,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.30,
TConLvgMax = 273.15 + 35.78,
capFunT = {6.042244E-01,-5.282819E-03,-1.993748E-04,2.972266E-02,-8.288016E-04,1.587869E-03},
EIRFunT = {3.175495E-01,-2.563749E-02,1.177157E-03,3.422467E-02,-2.556973E-04,-1.034934E-04},
EIRFunPLR = {-8.659288E-02,4.280342E-02,4.027354E-05,-8.726041E-01,3.432389E+00,-4.514744E-02,0.000000E+00,-1.440179E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 2412kW/5.58COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PFH_2462kW_6_67COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PFH 2462kW/6.67COP/Vanes, !- Name
2461600, !- Reference Capacity {W}
6.67, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.44, !- Reference Leaving Condenser Water Temperature {C}
0.07066, !- Reference Chilled Water Flow Rate {m3/s}
0.10157, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PFH 2462kW/6.67COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 2462kW/6.67COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 2462kW/6.67COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.44 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2461600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.67 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07066 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.10157 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.142265E-01,1.542602E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.570216E-01,9.193251E-03,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-8.594949E-01,6.566973E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.31 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.55 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PFH_2462kW_6_67COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2461600,
COP_nominal = 6.67,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.07066,
mCon_flow_nominal = 1000 * 0.10157,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.44,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.31,
TConLvgMax = 273.15 + 31.55,
capFunT = {4.142265E-01,1.542602E-02,-7.911049E-03,7.508392E-02,-2.773731E-03,5.837360E-03},
EIRFunT = {5.570216E-01,9.193251E-03,-5.145487E-03,6.832209E-03,1.403064E-04,1.590130E-03},
EIRFunPLR = {-8.594949E-01,6.566973E-02,1.939985E-05,1.001788E+00,1.280680E-01,-6.652851E-02,0.000000E+00,7.389430E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PFH 2462kW/6.67COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHG670_44_86_2490kW_6_5COP
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHG670-44&86 2490kW/6.5COP, !- Name
2490036, !- Reference Capacity {W}
6.505, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
35.24, !- Reference Leaving Condenser Water Temperature {C}
0.08894, !- Reference Chilled Water Flow Rate {m3/s}
0.13400, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHG670-44&86 2490kW/6.5COP CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHG670-44&86 2490kW/6.5COP EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHG670-44&86 2490kW/6.5COP EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.087, !- Minimum Part Load Ratio
1.001, !- Maximum Part Load Ratio
0.801, !- Optimum Part Load Ratio
0.087, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
5.6, !- Leaving Chilled Water Lower Temperature Limit {C}
VariableFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.001 | Maximum part load ratio |
| Real | PLRMinUnl | 0.087 | Minimum part unload ratio |
| Real | PLRMin | 0.087 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.24 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2490036 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.505 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.08894 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.13400 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {0.403602663,-0.006794189,-0... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.056335684,0.045975279,0.0... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {0.243594787,-0.017680952,0.... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.60 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.20 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 30.8 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 36.9 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHG670_44_86_2490kW_6_5COP =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2490036,
COP_nominal = 6.505,
PLRMin = 0.087,
PLRMinUnl = 0.087,
PLRMax = 1.001,
mEva_flow_nominal = 1000 * 0.08894,
mCon_flow_nominal = 1000 * 0.13400,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 35.24,
TEvaLvgMin = 273.15 + 5.60,
TEvaLvgMax = 273.15 + 7.20,
TConLvgMin = 273.15 + 30.8,
TConLvgMax = 273.15 + 36.9,
capFunT = {0.403602663,-0.006794189,-0.000564953,0.046104574,-0.00117838,0.00215062},
EIRFunT = {1.056335684,0.045975279,0.001839862,-0.028575058,0.000935916,-0.002552237},
EIRFunPLR = {0.243594787,-0.017680952,0.000731787,0.848300868,-0.358252903,0.000896547,-9.0516E-06,0.736449508,0.000316148,-0.022213923},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHG670-44&86 2490kW/6.5COP";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_2567kW_11_77COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 2567kW/11.77COP/VSD, !- Name
2567100, !- Reference Capacity {W}
11.77, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
17.18, !- Reference Leaving Condenser Water Temperature {C}
0.12113, !- Reference Chilled Water Flow Rate {m3/s}
0.15142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 2567kW/11.77COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2567kW/11.77COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2567kW/11.77COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.11, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.11, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.11 | Minimum part unload ratio |
| Real | PLRMin | 0.11 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 17.18 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2567100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 11.77 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.12113 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.15142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.150690E-01,7.668658E-03,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.654848E-01,-3.708915E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-2.955643E-01,2.586243E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.02 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.24 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_2567kW_11_77COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2567100,
COP_nominal = 11.77,
PLRMin = 0.11,
PLRMinUnl = 0.11,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.12113,
mCon_flow_nominal = 1000 * 0.15142,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 17.18,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.02,
TConLvgMax = 273.15 + 35.24,
capFunT = {3.150690E-01,7.668658E-03,-4.348521E-03,4.998865E-02,-1.242078E-03,3.158318E-03},
EIRFunT = {3.654848E-01,-3.708915E-02,-7.448564E-04,4.585429E-02,1.719990E-04,-3.518960E-04},
EIRFunPLR = {-2.955643E-01,2.586243E-02,3.917081E-05,7.440108E-01,3.533880E-01,-2.797714E-02,0.000000E+00,2.247632E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 2567kW/11.77COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_2771kW_6_84COP_VSD
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 2771kW/6.84COP/VSD, !- Name
2771100, !- Reference Capacity {W}
6.84, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.91, !- Reference Leaving Condenser Water Temperature {C}
0.10094, !- Reference Chilled Water Flow Rate {m3/s}
0.15142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 2771kW/6.84COP/VSD CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 2771kW/6.84COP/VSD EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 2771kW/6.84COP/VSD EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.91 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2771100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.84 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.10094 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.15142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.744171E-01,3.178084E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.286811E-01,2.304403E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-6.205477E-01,5.913283E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.24 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.26 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_2771kW_6_84COP_VSD =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2771100,
COP_nominal = 6.84,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.10094,
mCon_flow_nominal = 1000 * 0.15142,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.91,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.24,
TConLvgMax = 273.15 + 34.26,
capFunT = {4.744171E-01,3.178084E-02,-1.802780E-03,5.380910E-02,-1.642699E-03,1.330445E-03},
EIRFunT = {8.286811E-01,2.304403E-02,-6.841126E-04,-1.886483E-02,1.088152E-03,-1.846484E-03},
EIRFunPLR = {-6.205477E-01,5.913283E-02,-1.627433E-05,1.051821E-01,1.413365E+00,-5.839529E-02,0.000000E+00,9.424834E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 2771kW/6.84COP/VSD";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_2799kW_6_40COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 2799kW/6.40COP/Vanes, !- Name
2799200, !- Reference Capacity {W}
6.40, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.74, !- Reference Leaving Condenser Water Temperature {C}
0.09893, !- Reference Chilled Water Flow Rate {m3/s}
0.13761, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 2799kW/6.40COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2799kW/6.40COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 2799kW/6.40COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.74 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -2799200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.40 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.09893 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.13761 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.176308E-01,-4.941294E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {-1.986966E-02,-7.848021E-02... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.516172E-01,9.213025E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.38 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.07 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_2799kW_6_40COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -2799200,
COP_nominal = 6.40,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.09893,
mCon_flow_nominal = 1000 * 0.13761,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.74,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.38,
TConLvgMax = 273.15 + 35.07,
capFunT = {-2.176308E-01,-4.941294E-02,8.700615E-05,9.612083E-02,-2.027636E-03,2.538833E-03},
EIRFunT = {-1.986966E-02,-7.848021E-02,1.944174E-03,7.122651E-02,-9.173802E-04,5.837817E-04},
EIRFunPLR = {3.516172E-01,9.213025E-03,-2.382325E-05,1.223162E-01,-1.820075E-01,-7.843422E-03,0.000000E+00,6.884847E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 2799kW/6.40COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YT_3133kW_9_16COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YT 3133kW/9.16COP/Vanes, !- Name
3133300, !- Reference Capacity {W}
9.16, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
19.37, !- Reference Leaving Condenser Water Temperature {C}
0.08076, !- Reference Chilled Water Flow Rate {m3/s}
0.12618, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YT 3133kW/9.16COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YT 3133kW/9.16COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YT 3133kW/9.16COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.07, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.07, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.07 | Minimum part unload ratio |
| Real | PLRMin | 0.07 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 19.37 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -3133300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.16 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.08076 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.12618 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.112157E-01,-1.430728E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.749714E-01,-2.881975E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.389568E-01,-1.864923E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.37 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.91 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YT_3133kW_9_16COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -3133300,
COP_nominal = 9.16,
PLRMin = 0.07,
PLRMinUnl = 0.07,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.08076,
mCon_flow_nominal = 1000 * 0.12618,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 19.37,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 19.37,
TConLvgMax = 273.15 + 35.91,
capFunT = {6.112157E-01,-1.430728E-02,9.823748E-05,3.293543E-02,-1.221859E-03,2.659301E-03},
EIRFunT = {8.749714E-01,-2.881975E-02,2.003695E-03,7.313755E-03,5.578288E-04,-1.170615E-03},
EIRFunPLR = {3.389568E-01,-1.864923E-02,3.548361E-04,1.107404E+00,-5.912797E-01,-4.559304E-04,0.000000E+00,3.910858E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YT 3133kW/9.16COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PFH_3165kW_6_48COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PFH 3165kW/6.48COP/Vanes, !- Name
3165000, !- Reference Capacity {W}
6.48, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
29.19, !- Reference Leaving Condenser Water Temperature {C}
0.09085, !- Reference Chilled Water Flow Rate {m3/s}
0.13627, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PFH 3165kW/6.48COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 3165kW/6.48COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 3165kW/6.48COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.19 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -3165000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.48 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.09085 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.13627 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.575783E+00,3.340085E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.176153E+00,2.944151E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.080715E+00,7.856030E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.90 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.43 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PFH_3165kW_6_48COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -3165000,
COP_nominal = 6.48,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.09085,
mCon_flow_nominal = 1000 * 0.13627,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 29.19,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.90,
TConLvgMax = 273.15 + 31.43,
capFunT = {1.575783E+00,3.340085E-02,-1.294551E-02,-2.136229E-02,-1.076276E-03,7.287288E-03},
EIRFunT = {1.176153E+00,2.944151E-02,-1.226585E-02,-3.542539E-02,4.663835E-04,4.521499E-03},
EIRFunPLR = {-1.080715E+00,7.856030E-02,-1.461231E-04,1.153308E+00,-1.705463E-01,-7.105856E-02,0.000000E+00,1.002552E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PFH 3165kW/6.48COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_McQuay_PFH_4020kW_7_35COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller McQuay PFH 4020kW/7.35COP/Vanes, !- Name
4019500, !- Reference Capacity {W}
7.35, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
23.88, !- Reference Leaving Condenser Water Temperature {C}
0.07874, !- Reference Chilled Water Flow Rate {m3/s}
0.09842, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller McQuay PFH 4020kW/7.35COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 4020kW/7.35COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller McQuay PFH 4020kW/7.35COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.14, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.14, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.14 | Minimum part unload ratio |
| Real | PLRMin | 0.14 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 23.88 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4019500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.35 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07874 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09842 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.840238E-01,-2.030602E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {9.146197E-01,-2.888281E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-6.055569E-01,4.924519E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 23.88 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.13 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_McQuay_PFH_4020kW_7_35COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4019500,
COP_nominal = 7.35,
PLRMin = 0.14,
PLRMinUnl = 0.14,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.07874,
mCon_flow_nominal = 1000 * 0.09842,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 23.88,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 23.88,
TConLvgMax = 273.15 + 34.13,
capFunT = {7.840238E-01,-2.030602E-02,-6.024097E-03,3.464466E-02,-2.015835E-03,5.876334E-03},
EIRFunT = {9.146197E-01,-2.888281E-02,-4.194058E-04,1.312299E-03,3.957170E-04,1.747410E-04},
EIRFunPLR = {-6.055569E-01,4.924519E-02,-2.046580E-05,3.574244E-01,1.429584E+00,-4.800957E-02,0.000000E+00,-1.995032E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller McQuay PFH 4020kW/7.35COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_4396kW_6_63COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 4396kW/6.63COP/Vanes, !- Name
4395800, !- Reference Capacity {W}
6.63, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.58, !- Reference Leaving Condenser Water Temperature {C}
0.19558, !- Reference Chilled Water Flow Rate {m3/s}
0.24605, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 4396kW/6.63COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 4396kW/6.63COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 4396kW/6.63COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.41, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.41, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.41 | Minimum part unload ratio |
| Real | PLRMin | 0.41 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.58 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4395800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.63 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.19558 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24605 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-7.935103E-01,-1.859711E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.992978E-01,-5.787211E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.551587E-01,-8.505111E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.53 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.58 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_4396kW_6_63COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4395800,
COP_nominal = 6.63,
PLRMin = 0.41,
PLRMinUnl = 0.41,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.19558,
mCon_flow_nominal = 1000 * 0.24605,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.58,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 18.53,
TConLvgMax = 273.15 + 31.58,
capFunT = {-7.935103E-01,-1.859711E-01,-1.136209E-02,2.223615E-01,-6.910739E-03,1.608112E-02},
EIRFunT = {3.992978E-01,-5.787211E-02,4.974140E-04,4.071879E-02,-5.579169E-04,9.811292E-04},
EIRFunPLR = {3.551587E-01,-8.505111E-03,1.396120E-04,5.048375E-01,-1.447328E-01,1.902634E-03,0.000000E+00,3.599323E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 4396kW/6.63COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_4477kW_6_64COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 4477kW/6.64COP/Vanes, !- Name
4476700, !- Reference Capacity {W}
6.64, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.67, !- Reference Leaving Condenser Water Temperature {C}
0.19558, !- Reference Chilled Water Flow Rate {m3/s}
0.24605, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 4477kW/6.64COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 4477kW/6.64COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 4477kW/6.64COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.41, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.41, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.41 | Minimum part unload ratio |
| Real | PLRMin | 0.41 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.67 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4476700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.64 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.19558 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24605 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-5.612561E-01,-2.094117E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.597687E-01,-3.513678E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {6.263474E-01,-1.468760E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.50 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.67 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_4477kW_6_64COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4476700,
COP_nominal = 6.64,
PLRMin = 0.41,
PLRMinUnl = 0.41,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.19558,
mCon_flow_nominal = 1000 * 0.24605,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.67,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 18.50,
TConLvgMax = 273.15 + 31.67,
capFunT = {-5.612561E-01,-2.094117E-01,-8.555483E-03,2.050690E-01,-6.451488E-03,1.561052E-02},
EIRFunT = {1.597687E-01,-3.513678E-02,-2.666547E-03,5.561175E-02,-9.273482E-04,1.559350E-03},
EIRFunPLR = {6.263474E-01,-1.468760E-02,2.187947E-04,-4.940077E-01,1.448597E+00,4.085582E-03,0.000000E+00,-4.576722E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 4477kW/6.64COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_4515kW_6_22COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 4515kW/6.22COP/Vanes, !- Name
4515400, !- Reference Capacity {W}
6.22, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.76, !- Reference Leaving Condenser Water Temperature {C}
0.19558, !- Reference Chilled Water Flow Rate {m3/s}
0.24605, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 4515kW/6.22COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 4515kW/6.22COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 4515kW/6.22COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.40, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.40, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.40 | Minimum part unload ratio |
| Real | PLRMin | 0.40 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.76 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4515400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.22 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.19558 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24605 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {2.075078E-01,-1.981043E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.011575E-01,1.661031E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.069612E-01,-1.915921E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.15 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.76 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_4515kW_6_22COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4515400,
COP_nominal = 6.22,
PLRMin = 0.40,
PLRMinUnl = 0.40,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.19558,
mCon_flow_nominal = 1000 * 0.24605,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.76,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 17.15,
TConLvgMax = 273.15 + 31.76,
capFunT = {2.075078E-01,-1.981043E-02,-2.892690E-03,5.881989E-02,-1.521616E-03,3.461206E-03},
EIRFunT = {6.011575E-01,1.661031E-02,-2.137279E-06,4.501265E-03,5.130434E-04,-1.786025E-03},
EIRFunPLR = {7.069612E-01,-1.915921E-02,3.601682E-04,-2.561145E-01,1.177821E+00,2.539786E-03,0.000000E+00,-4.447869E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 4515kW/6.22COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_4537kW_6_28COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 4537kW/6.28COP/Vanes, !- Name
4536500, !- Reference Capacity {W}
6.28, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.78, !- Reference Leaving Condenser Water Temperature {C}
0.19558, !- Reference Chilled Water Flow Rate {m3/s}
0.24605, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 4537kW/6.28COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 4537kW/6.28COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 4537kW/6.28COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.40, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.40, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.40 | Minimum part unload ratio |
| Real | PLRMin | 0.40 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.78 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4536500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.28 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.19558 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24605 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.769339E-01,8.033367E-04,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.920183E-01,-1.501518E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.718938E-01,6.637990E-03,1... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 19.77 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.78 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_4537kW_6_28COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4536500,
COP_nominal = 6.28,
PLRMin = 0.40,
PLRMinUnl = 0.40,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.19558,
mCon_flow_nominal = 1000 * 0.24605,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.78,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 19.77,
TConLvgMax = 273.15 + 31.78,
capFunT = {1.769339E-01,8.033367E-04,-1.299649E-02,1.160227E-01,-4.192731E-03,9.339837E-03},
EIRFunT = {8.920183E-01,-1.501518E-02,1.467430E-03,-1.261335E-02,8.431355E-04,-1.426299E-03},
EIRFunPLR = {1.718938E-01,6.637990E-03,1.666991E-05,1.634153E-01,9.517270E-01,-7.705773E-03,0.000000E+00,-2.724674E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 4537kW/6.28COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_4610kW_6_34COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 4610kW/6.34COP/Vanes, !- Name
4610300, !- Reference Capacity {W}
6.34, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.27, !- Reference Leaving Condenser Water Temperature {C}
0.19129, !- Reference Chilled Water Flow Rate {m3/s}
0.24757, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 4610kW/6.34COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 4610kW/6.34COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 4610kW/6.34COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.27 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4610300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.34 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.19129 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24757 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.054195E-01,-1.086306E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.849506E-01,-4.909207E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-7.113458E-02,1.278078E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 23.15 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.76 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_4610kW_6_34COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4610300,
COP_nominal = 6.34,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.19129,
mCon_flow_nominal = 1000 * 0.24757,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.27,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 23.15,
TConLvgMax = 273.15 + 34.76,
capFunT = {8.054195E-01,-1.086306E-02,-1.750699E-03,1.269252E-02,-3.913330E-04,1.602126E-03},
EIRFunT = {6.849506E-01,-4.909207E-02,-8.308126E-04,1.199218E-02,1.642681E-04,6.761764E-04},
EIRFunPLR = {-7.113458E-02,1.278078E-02,-1.151552E-05,1.228548E+00,-1.065066E+00,-1.209695E-02,0.000000E+00,8.979381E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 4610kW/6.34COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19EX_4667kW_6_16COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19EX 4667kW/6.16COP/Vanes, !- Name
4666600, !- Reference Capacity {W}
6.16, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.94, !- Reference Leaving Condenser Water Temperature {C}
0.19558, !- Reference Chilled Water Flow Rate {m3/s}
0.24605, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19EX 4667kW/6.16COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 4667kW/6.16COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 4667kW/6.16COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.40, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.40, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.40 | Minimum part unload ratio |
| Real | PLRMin | 0.40 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.94 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4666600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.16 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.19558 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24605 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-8.915725E-02,-6.491327E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.382224E-01,2.679869E-03,4... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {5.967050E-01,-1.472448E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.77 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.94 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19EX_4667kW_6_16COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4666600,
COP_nominal = 6.16,
PLRMin = 0.40,
PLRMinUnl = 0.40,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.19558,
mCon_flow_nominal = 1000 * 0.24605,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.94,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 17.77,
TConLvgMax = 273.15 + 31.94,
capFunT = {-8.915725E-02,-6.491327E-02,-3.356680E-03,1.108472E-01,-3.034272E-03,5.648135E-03},
EIRFunT = {5.382224E-01,2.679869E-03,4.713078E-04,7.901564E-03,4.567647E-04,-1.386795E-03},
EIRFunPLR = {5.967050E-01,-1.472448E-02,4.216331E-05,3.682618E-01,-2.379422E-01,1.262951E-02,0.000000E+00,2.973345E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19EX 4667kW/6.16COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CVHF_4677kW_6_27COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CVHF 4677kW/6.27COP/Vanes, !- Name
4677100, !- Reference Capacity {W}
6.27, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.94, !- Reference Leaving Condenser Water Temperature {C}
0.20138, !- Reference Chilled Water Flow Rate {m3/s}
0.24605, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CVHF 4677kW/6.27COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 4677kW/6.27COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CVHF 4677kW/6.27COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.41, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.41, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.41 | Minimum part unload ratio |
| Real | PLRMin | 0.41 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.94 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4677100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.27 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.20138 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24605 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {8.138295E-01,-2.315871E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.371931E-01,-1.837487E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-3.243462E-01,1.463635E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.51 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.94 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CVHF_4677kW_6_27COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4677100,
COP_nominal = 6.27,
PLRMin = 0.41,
PLRMinUnl = 0.41,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.20138,
mCon_flow_nominal = 1000 * 0.24605,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.94,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 17.51,
TConLvgMax = 273.15 + 31.94,
capFunT = {8.138295E-01,-2.315871E-02,6.181089E-03,8.639578E-03,-1.807173E-04,-5.015921E-05},
EIRFunT = {8.371931E-01,-1.837487E-02,3.992101E-03,-8.582353E-03,6.821892E-04,-1.443699E-03},
EIRFunPLR = {-3.243462E-01,1.463635E-02,-8.320365E-05,1.978667E+00,-2.019795E+00,-1.072468E-02,0.000000E+00,1.320583E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane CVHF 4677kW/6.27COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_4966kW_6_05COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 4966kW/6.05COP/Vanes, !- Name
4965500, !- Reference Capacity {W}
6.05, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.33, !- Reference Leaving Condenser Water Temperature {C}
0.21198, !- Reference Chilled Water Flow Rate {m3/s}
0.26498, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 4966kW/6.05COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 4966kW/6.05COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 4966kW/6.05COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.12, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.12, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.12 | Minimum part unload ratio |
| Real | PLRMin | 0.12 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.33 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4965500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.05 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.21198 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.26498 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.672989E-01,-3.881077E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.536699E-01,3.487393E-04,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.620385E-01,1.209698E-02,8... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.07 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.01 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_4966kW_6_05COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4965500,
COP_nominal = 6.05,
PLRMin = 0.12,
PLRMinUnl = 0.12,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.21198,
mCon_flow_nominal = 1000 * 0.26498,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.33,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.07,
TConLvgMax = 273.15 + 35.01,
capFunT = {4.672989E-01,-3.881077E-02,-2.462607E-04,3.605453E-02,-8.010103E-04,2.190852E-03},
EIRFunT = {8.536699E-01,3.487393E-04,1.120994E-03,-9.358730E-03,6.197745E-04,-1.128239E-03},
EIRFunPLR = {2.620385E-01,1.209698E-02,8.014586E-06,-1.102167E-01,1.117062E+00,-1.249449E-02,0.000000E+00,-2.641246E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 4966kW/6.05COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_4969kW_7_14COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 4969kW/7.14COP/Vanes, !- Name
4969000, !- Reference Capacity {W}
7.14, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.23, !- Reference Leaving Condenser Water Temperature {C}
0.17665, !- Reference Chilled Water Flow Rate {m3/s}
0.26498, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 4969kW/7.14COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 4969kW/7.14COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 4969kW/7.14COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.16, !- Minimum Part Load Ratio
1.07, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.16, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.07 | Maximum part load ratio |
| Real | PLRMinUnl | 0.16 | Minimum part unload ratio |
| Real | PLRMin | 0.16 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.23 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4969000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.14 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.17665 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.26498 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {2.811615E-03,-1.788883E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.916913E-01,-4.760980E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.289463E-01,6.642124E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.57 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.55 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_4969kW_7_14COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4969000,
COP_nominal = 7.14,
PLRMin = 0.16,
PLRMinUnl = 0.16,
PLRMax = 1.07,
mEva_flow_nominal = 1000 * 0.17665,
mCon_flow_nominal = 1000 * 0.26498,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.23,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.57,
TConLvgMax = 273.15 + 34.55,
capFunT = {2.811615E-03,-1.788883E-01,-4.640550E-03,1.472024E-01,-4.625224E-03,1.108352E-02},
EIRFunT = {6.916913E-01,-4.760980E-02,1.310678E-03,1.226839E-02,1.561278E-04,1.331849E-04},
EIRFunPLR = {3.289463E-01,6.642124E-03,-2.636011E-05,-4.910925E-01,1.639401E+00,-5.204880E-03,0.000000E+00,-4.960251E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 4969kW/7.14COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_4969kW_7_07COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 4969kW/7.07COP/Vanes, !- Name
4969000, !- Reference Capacity {W}
7.07, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.23, !- Reference Leaving Condenser Water Temperature {C}
0.17665, !- Reference Chilled Water Flow Rate {m3/s}
0.26498, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 4969kW/7.07COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 4969kW/7.07COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 4969kW/7.07COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.16, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.16, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.16 | Minimum part unload ratio |
| Real | PLRMin | 0.16 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.23 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4969000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.07 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.17665 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.26498 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.238406E+00,-2.167075E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.217115E-01,-3.596981E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.117270E-01,1.022191E-03,1... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.30 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.56 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_4969kW_7_07COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4969000,
COP_nominal = 7.07,
PLRMin = 0.16,
PLRMinUnl = 0.16,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.17665,
mCon_flow_nominal = 1000 * 0.26498,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.23,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.30,
TConLvgMax = 273.15 + 34.56,
capFunT = {-1.238406E+00,-2.167075E-01,-9.525838E-03,2.481491E-01,-6.930334E-03,1.495974E-02},
EIRFunT = {7.217115E-01,-3.596981E-02,5.327502E-04,9.190024E-03,1.694811E-04,1.843438E-04},
EIRFunPLR = {7.117270E-01,1.022191E-03,1.205226E-05,-1.794131E+00,3.295736E+00,-1.552001E-03,0.000000E+00,-1.207188E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 4969kW/7.07COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19EX_4997kW_6_40COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19EX 4997kW/6.40COP/Vanes, !- Name
4997200, !- Reference Capacity {W}
6.40, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
32.28, !- Reference Leaving Condenser Water Temperature {C}
0.19558, !- Reference Chilled Water Flow Rate {m3/s}
0.24605, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19EX 4997kW/6.40COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 4997kW/6.40COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 4997kW/6.40COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.40, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.40, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.40 | Minimum part unload ratio |
| Real | PLRMin | 0.40 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.28 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -4997200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.40 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.19558 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.24605 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.686142E-01,-4.640249E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.502378E-01,-8.546174E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {6.778244E-01,-1.674571E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.18 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.28 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19EX_4997kW_6_40COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -4997200,
COP_nominal = 6.40,
PLRMin = 0.40,
PLRMinUnl = 0.40,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.19558,
mCon_flow_nominal = 1000 * 0.24605,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 32.28,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 17.18,
TConLvgMax = 273.15 + 32.28,
capFunT = {-2.686142E-01,-4.640249E-02,-7.791139E-03,1.116057E-01,-3.040750E-03,6.823316E-03},
EIRFunT = {7.502378E-01,-8.546174E-03,3.952892E-03,-7.194001E-03,8.754798E-04,-2.523240E-03},
EIRFunPLR = {6.778244E-01,-1.674571E-02,-1.069925E-05,2.261951E-01,-1.572357E-02,1.714268E-02,0.000000E+00,1.072291E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19EX 4997kW/6.40COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19EX_5148kW_6_34COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19EX 5148kW/6.34COP/Vanes, !- Name
5148400, !- Reference Capacity {W}
6.34, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.70, !- Reference Leaving Condenser Water Temperature {C}
0.18283, !- Reference Chilled Water Flow Rate {m3/s}
0.25526, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19EX 5148kW/6.34COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 5148kW/6.34COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 5148kW/6.34COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.70 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -5148400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.34 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.18283 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.25526 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.011196E-01,-1.084580E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.139244E-01,1.237345E-02,8... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.989462E-01,-1.736649E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.87 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.96 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19EX_5148kW_6_34COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -5148400,
COP_nominal = 6.34,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.18283,
mCon_flow_nominal = 1000 * 0.25526,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.70,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.87,
TConLvgMax = 273.15 + 34.96,
capFunT = {-1.011196E-01,-1.084580E-02,-6.804354E-03,8.869769E-02,-2.343514E-03,4.796955E-03},
EIRFunT = {6.139244E-01,1.237345E-02,8.199573E-04,6.805078E-04,6.221886E-04,-1.797776E-03},
EIRFunPLR = {2.989462E-01,-1.736649E-02,1.922011E-05,1.534120E+00,-1.596922E+00,1.630424E-02,0.000000E+00,7.776844E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19EX 5148kW/6.34COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_5170kW_7_15COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 5170kW/7.15COP/Vanes, !- Name
5169500, !- Reference Capacity {W}
7.15, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.43, !- Reference Leaving Condenser Water Temperature {C}
0.17665, !- Reference Chilled Water Flow Rate {m3/s}
0.26498, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 5170kW/7.15COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 5170kW/7.15COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 5170kW/7.15COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.15, !- Minimum Part Load Ratio
1.07, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.15, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.07 | Maximum part load ratio |
| Real | PLRMinUnl | 0.15 | Minimum part unload ratio |
| Real | PLRMin | 0.15 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.43 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -5169500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.15 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.17665 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.26498 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.064004E+00,-2.233223E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.056958E-01,-2.296962E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.949169E-01,9.107817E-04,3... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.30 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.88 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_5170kW_7_15COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -5169500,
COP_nominal = 7.15,
PLRMin = 0.15,
PLRMinUnl = 0.15,
PLRMax = 1.07,
mEva_flow_nominal = 1000 * 0.17665,
mCon_flow_nominal = 1000 * 0.26498,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.43,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.30,
TConLvgMax = 273.15 + 34.88,
capFunT = {-1.064004E+00,-2.233223E-01,-7.441205E-03,2.281866E-01,-6.268922E-03,1.390983E-02},
EIRFunT = {5.056958E-01,-2.296962E-02,-1.632795E-03,2.230325E-02,-1.548393E-04,8.256108E-04},
EIRFunPLR = {7.949169E-01,9.107817E-04,3.483284E-05,-2.015044E+00,3.394622E+00,-2.646463E-03,0.000000E+00,-1.152785E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 5170kW/7.15COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19EX_5208kW_6_88COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19EX 5208kW/6.88COP/Vanes, !- Name
5208200, !- Reference Capacity {W}
6.88, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.75, !- Reference Leaving Condenser Water Temperature {C}
0.18283, !- Reference Chilled Water Flow Rate {m3/s}
0.25293, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19EX 5208kW/6.88COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 5208kW/6.88COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19EX 5208kW/6.88COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.04, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.04 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.75 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -5208200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.88 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.18283 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.25293 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.254471E-01,-1.028175E-01,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.363910E-01,-8.005283E-04,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.759577E-01,-1.540144E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.08 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.31 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19EX_5208kW_6_88COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -5208200,
COP_nominal = 6.88,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.04,
mEva_flow_nominal = 1000 * 0.18283,
mCon_flow_nominal = 1000 * 0.25293,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.75,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.08,
TConLvgMax = 273.15 + 35.31,
capFunT = {1.254471E-01,-1.028175E-01,-4.242764E-03,9.372985E-02,-2.733787E-03,7.161423E-03},
EIRFunT = {5.363910E-01,-8.005283E-04,-2.759052E-05,7.405978E-03,4.159925E-04,-8.731268E-04},
EIRFunPLR = {3.759577E-01,-1.540144E-02,6.020001E-05,1.240869E+00,-1.267595E+00,1.195934E-02,0.000000E+00,6.977113E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19EX 5208kW/6.88COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_5465kW_6_94COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 5465kW/6.94COP/Vanes, !- Name
5464900, !- Reference Capacity {W}
6.94, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.56, !- Reference Leaving Condenser Water Temperature {C}
0.18296, !- Reference Chilled Water Flow Rate {m3/s}
0.27444, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 5465kW/6.94COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 5465kW/6.94COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 5465kW/6.94COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.14, !- Minimum Part Load Ratio
1.06, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.14, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.06 | Maximum part load ratio |
| Real | PLRMinUnl | 0.14 | Minimum part unload ratio |
| Real | PLRMin | 0.14 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.56 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -5464900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.94 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.18296 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.27444 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-1.004987E+00,-2.020843E-01... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.844853E-01,-4.786810E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {8.903067E-01,-1.058205E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.03 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.99 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_5465kW_6_94COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -5464900,
COP_nominal = 6.94,
PLRMin = 0.14,
PLRMinUnl = 0.14,
PLRMax = 1.06,
mEva_flow_nominal = 1000 * 0.18296,
mCon_flow_nominal = 1000 * 0.27444,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.56,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.03,
TConLvgMax = 273.15 + 34.99,
capFunT = {-1.004987E+00,-2.020843E-01,-5.768143E-03,2.096972E-01,-5.537991E-03,1.195948E-02},
EIRFunT = {5.844853E-01,-4.786810E-02,7.315110E-04,2.167930E-02,-8.850313E-05,5.184829E-04},
EIRFunPLR = {8.903067E-01,-1.058205E-03,4.591261E-05,-2.096863E+00,3.368956E+00,-1.380690E-03,0.000000E+00,-1.130250E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 5465kW/6.94COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YK_5549kW_6_50COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YK 5549kW/6.50COP/Vanes, !- Name
5549300, !- Reference Capacity {W}
6.50, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
31.69, !- Reference Leaving Condenser Water Temperature {C}
0.18296, !- Reference Chilled Water Flow Rate {m3/s}
0.27444, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YK 5549kW/6.50COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YK 5549kW/6.50COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YK 5549kW/6.50COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.14, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.14, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.14 | Minimum part unload ratio |
| Real | PLRMin | 0.14 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.69 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -5549300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.50 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.18296 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.27444 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-8.620027E-01,6.692796E-03,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.302868E-01,-8.254126E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {5.179058E-01,-2.419877E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.38 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.70 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YK_5549kW_6_50COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -5549300,
COP_nominal = 6.50,
PLRMin = 0.14,
PLRMinUnl = 0.14,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.18296,
mCon_flow_nominal = 1000 * 0.27444,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 31.69,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 18.38,
TConLvgMax = 273.15 + 31.70,
capFunT = {-8.620027E-01,6.692796E-03,-4.020156E-03,1.550060E-01,-3.586968E-03,3.027128E-03},
EIRFunT = {3.302868E-01,-8.254126E-02,6.087519E-03,4.875213E-02,-5.839053E-04,-5.006909E-05},
EIRFunPLR = {5.179058E-01,-2.419877E-03,4.858626E-05,-8.910290E-01,2.272953E+00,-3.062303E-04,0.000000E+00,-8.631289E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YK 5549kW/6.50COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_19FA_5651kW_5_50COP_Vanes
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 19FA 5651kW/5.50COP/Vanes, !- Name
5651300, !- Reference Capacity {W}
5.50, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
37.89, !- Reference Leaving Condenser Water Temperature {C}
0.18927, !- Reference Chilled Water Flow Rate {m3/s}
0.18927, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 19FA 5651kW/5.50COP/Vanes CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 19FA 5651kW/5.50COP/Vanes EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 19FA 5651kW/5.50COP/Vanes EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.19, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.19, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.19 | Minimum part unload ratio |
| Real | PLRMin | 0.19 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 37.89 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -5651300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.50 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.18927 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.18927 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.205097E-01,-7.830750E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.804871E-01,3.853907E-04,2... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.360532E-01,8.642703E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 26.23 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 39.12 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_19FA_5651kW_5_50COP_Vanes =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -5651300,
COP_nominal = 5.50,
PLRMin = 0.19,
PLRMinUnl = 0.19,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.18927,
mCon_flow_nominal = 1000 * 0.18927,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 37.89,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 26.23,
TConLvgMax = 273.15 + 39.12,
capFunT = {9.205097E-01,-7.830750E-02,-4.545053E-03,5.853135E-02,-2.108693E-03,6.359267E-03},
EIRFunT = {8.804871E-01,3.853907E-04,2.224949E-04,-1.337560E-02,5.822842E-04,-8.744742E-04},
EIRFunPLR = {-1.360532E-01,8.642703E-03,3.855583E-06,1.024034E+00,6.047444E-02,-8.947860E-03,0.000000E+00,5.706602E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 19FA 5651kW/5.50COP/Vanes";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Multistack_MS_172kW_3_67COP_None
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Multistack MS 172kW/3.67COP/None, !- Name
172300, !- Reference Capacity {W}
3.67, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
23.82, !- Reference Leaving Condenser Water Temperature {C}
0.00738, !- Reference Chilled Water Flow Rate {m3/s}
0.00959, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Multistack MS 172kW/3.67COP/None CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Multistack MS 172kW/3.67COP/None EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Multistack MS 172kW/3.67COP/None EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.40, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.40, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.40 | Minimum part unload ratio |
| Real | PLRMin | 0.40 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 23.82 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -172300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 3.67 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.00738 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.00959 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.127280E+00,1.221754E-01,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {8.822430E-01,-6.747171E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.368265E-01,-2.032253E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 23.82 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.51 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Multistack_MS_172kW_3_67COP_None =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -172300,
COP_nominal = 3.67,
PLRMin = 0.40,
PLRMinUnl = 0.40,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.00738,
mCon_flow_nominal = 1000 * 0.00959,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 23.82,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 23.82,
TConLvgMax = 273.15 + 40.51,
capFunT = {1.127280E+00,1.221754E-01,-4.746140E-03,-2.833951E-02,3.021524E-04,-6.616494E-04},
EIRFunT = {8.822430E-01,-6.747171E-02,3.070641E-03,1.073323E-02,1.721572E-04,2.401500E-05},
EIRFunPLR = {4.368265E-01,-2.032253E-02,1.212838E-05,5.892153E-01,4.814951E-01,1.957982E-02,0.000000E+00,-4.971216E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Multistack MS 172kW/3.67COP/None";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTWA_383kW_4_17COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTWA 383kW/4.17COP/Valve, !- Name
383300, !- Reference Capacity {W}
4.17, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.95, !- Reference Leaving Condenser Water Temperature {C}
0.0165, !- Reference Chilled Water Flow Rate {m3/s}
0.02063, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTWA 383kW/4.17COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTWA 383kW/4.17COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTWA 383kW/4.17COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.25, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.25, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.25 | Minimum part unload ratio |
| Real | PLRMin | 0.25 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.95 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -383300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 4.17 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.0165 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.02063 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.005026E+00,3.896773E-02,9... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.171417E-01,-4.530431E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.660765E+00,1.117605E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 29.19 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.69 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTWA_383kW_4_17COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -383300,
COP_nominal = 4.17,
PLRMin = 0.25,
PLRMinUnl = 0.25,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.0165,
mCon_flow_nominal = 1000 * 0.02063,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.95,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 29.19,
TConLvgMax = 273.15 + 40.69,
capFunT = {1.005026E+00,3.896773E-02,9.270374E-05,-4.346837E-03,-4.961570E-05,-2.401448E-04},
EIRFunT = {6.171417E-01,-4.530431E-03,1.108471E-03,-3.373738E-04,5.176833E-04,-1.098531E-03},
EIRFunPLR = {-1.660765E+00,1.117605E-01,4.971509E-06,-3.472160E-02,3.399869E+00,-1.121089E-01,0.000000E+00,-6.984388E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTWA 383kW/4.17COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHB_531kW_4_83COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHB 531kW/4.83COP/Valve, !- Name
531000, !- Reference Capacity {W}
4.83, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
33.61, !- Reference Leaving Condenser Water Temperature {C}
0.0135, !- Reference Chilled Water Flow Rate {m3/s}
0.01577, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHB 531kW/4.83COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 531kW/4.83COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 531kW/4.83COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.30, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.30, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.30 | Minimum part unload ratio |
| Real | PLRMin | 0.30 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 33.61 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -531000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 4.83 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.0135 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.01577 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.079958E-01,1.147213E-02,8... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.048223E-01,1.023123E-02,2... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.560311E+00,-2.031290E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 25.39 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.83 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHB_531kW_4_83COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -531000,
COP_nominal = 4.83,
PLRMin = 0.30,
PLRMinUnl = 0.30,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.0135,
mCon_flow_nominal = 1000 * 0.01577,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 33.61,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 25.39,
TConLvgMax = 273.15 + 34.83,
capFunT = {9.079958E-01,1.147213E-02,8.474223E-04,7.750840E-03,-2.955319E-04,3.620562E-04},
EIRFunT = {3.048223E-01,1.023123E-02,2.011952E-04,1.296369E-02,4.087926E-04,-1.374337E-03},
EIRFunPLR = {4.560311E+00,-2.031290E-01,8.212225E-05,-4.899042E+00,5.087775E+00,1.981069E-01,0.000000E+00,-3.673772E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHB 531kW/4.83COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHB_538kW_5_12COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHB 538kW/5.12COP/Valve, !- Name
538000, !- Reference Capacity {W}
5.12, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.75, !- Reference Leaving Condenser Water Temperature {C}
0.01375, !- Reference Chilled Water Flow Rate {m3/s}
0.01956, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHB 538kW/5.12COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 538kW/5.12COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 538kW/5.12COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.30, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.30, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.30 | Minimum part unload ratio |
| Real | PLRMin | 0.30 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.75 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -538000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.12 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01375 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.01956 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.326777E-01,2.745642E-02,3... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.761769E-01,-3.860230E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.185505E+00,-9.516501E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 23.52 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.74 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHB_538kW_5_12COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -538000,
COP_nominal = 5.12,
PLRMin = 0.30,
PLRMinUnl = 0.30,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.01375,
mCon_flow_nominal = 1000 * 0.01956,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.75,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 23.52,
TConLvgMax = 273.15 + 32.74,
capFunT = {9.326777E-01,2.745642E-02,3.991103E-04,1.073891E-03,-1.335614E-04,1.399941E-05},
EIRFunT = {4.761769E-01,-3.860230E-03,6.543433E-04,7.029128E-03,4.964676E-04,-1.113233E-03},
EIRFunPLR = {2.185505E+00,-9.516501E-02,2.591946E-05,-1.849602E+00,2.059148E+00,9.366870E-02,0.000000E+00,-1.373917E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHB 538kW/5.12COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHB_542kW_5_26COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHB 542kW/5.26COP/Valve, !- Name
541500, !- Reference Capacity {W}
5.26, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
30.89, !- Reference Leaving Condenser Water Temperature {C}
0.01363, !- Reference Chilled Water Flow Rate {m3/s}
0.01577, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHB 542kW/5.26COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 542kW/5.26COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 542kW/5.26COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.30, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.30, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.30 | Minimum part unload ratio |
| Real | PLRMin | 0.30 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 30.89 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -541500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.26 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01363 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.01577 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.292432E-01,2.977220E-02,4... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {2.877196E-01,-1.191161E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.837065E+00,-7.719197E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 25.39 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 34.83 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHB_542kW_5_26COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -541500,
COP_nominal = 5.26,
PLRMin = 0.30,
PLRMinUnl = 0.30,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.01363,
mCon_flow_nominal = 1000 * 0.01577,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 30.89,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 25.39,
TConLvgMax = 273.15 + 34.83,
capFunT = {9.292432E-01,2.977220E-02,4.279686E-04,-1.825578E-04,-9.143496E-05,-8.471843E-05},
EIRFunT = {2.877196E-01,-1.191161E-02,7.252148E-04,2.352346E-02,2.033310E-04,-9.517160E-04},
EIRFunPLR = {1.837065E+00,-7.719197E-02,-1.307430E-06,-1.063492E+00,6.874543E-01,7.728359E-02,0.000000E+00,-4.626311E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHB 542kW/5.26COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YS_672kW_7_90COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YS 672kW/7.90COP/Valve, !- Name
671600, !- Reference Capacity {W}
7.90, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
23.07, !- Reference Leaving Condenser Water Temperature {C}
0.01514, !- Reference Chilled Water Flow Rate {m3/s}
0.0241, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YS 672kW/7.90COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YS 672kW/7.90COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YS 672kW/7.90COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 23.07 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -671600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.90 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01514 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.0241 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.653043E-01,3.117948E-02,4... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.199355E-01,-6.676229E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.456160E-01,-2.835399E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 23.07 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.60 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YS_672kW_7_90COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -671600,
COP_nominal = 7.90,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.01514,
mCon_flow_nominal = 1000 * 0.0241,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 23.07,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 23.07,
TConLvgMax = 273.15 + 32.60,
capFunT = {9.653043E-01,3.117948E-02,4.747822E-04,-5.778354E-03,-1.229225E-05,-2.348690E-04},
EIRFunT = {1.199355E-01,-6.676229E-03,4.330599E-04,4.300726E-02,1.757823E-04,-1.325426E-03},
EIRFunPLR = {7.456160E-01,-2.835399E-02,9.054026E-06,-3.984299E-01,2.016392E+00,2.785056E-02,0.000000E+00,-1.356679E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YS 672kW/7.90COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_686kW_5_91COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 686kW/5.91COP/Valve, !- Name
685700, !- Reference Capacity {W}
5.91, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
29.63, !- Reference Leaving Condenser Water Temperature {C}
0.0571, !- Reference Chilled Water Flow Rate {m3/s}
0.03255, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 686kW/5.91COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 686kW/5.91COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 686kW/5.91COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.63 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -685700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.91 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.0571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03255 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.248877E-02,-3.890734E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.449412E-01,1.058205E-02,5... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.479846E-01,-1.132553E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.39 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.39 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_686kW_5_91COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -685700,
COP_nominal = 5.91,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.0571,
mCon_flow_nominal = 1000 * 0.03255,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 29.63,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 17.39,
TConLvgMax = 273.15 + 30.39,
capFunT = {1.248877E-02,-3.890734E-02,-4.482589E-03,8.632797E-02,-2.289350E-03,4.755520E-03},
EIRFunT = {5.449412E-01,1.058205E-02,5.610010E-04,4.494100E-04,7.827776E-04,-1.787673E-03},
EIRFunPLR = {3.479846E-01,-1.132553E-03,-5.082473E-05,1.944353E-01,6.340539E-01,3.457251E-03,0.000000E+00,-2.025127E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 686kW/5.91COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHC_707kW_7_77COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHC 707kW/7.77COP/Valve, !- Name
706800, !- Reference Capacity {W}
7.77, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
21.40, !- Reference Leaving Condenser Water Temperature {C}
0.04921, !- Reference Chilled Water Flow Rate {m3/s}
0.03268, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHC 707kW/7.77COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 707kW/7.77COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 707kW/7.77COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.28, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.28, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.28 | Minimum part unload ratio |
| Real | PLRMin | 0.28 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 21.40 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -706800 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.77 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04921 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03268 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.650754E-01,3.116480E-02,6... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.777406E-01,1.234139E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {4.383290E+00,-1.536137E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 11.11 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.40 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.31 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHC_707kW_7_77COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -706800,
COP_nominal = 7.77,
PLRMin = 0.28,
PLRMinUnl = 0.28,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.04921,
mCon_flow_nominal = 1000 * 0.03268,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 21.40,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 11.11,
TConLvgMin = 273.15 + 21.40,
TConLvgMax = 273.15 + 30.31,
capFunT = {9.650754E-01,3.116480E-02,6.283163E-04,-5.158701E-03,-5.981975E-05,-1.623288E-04},
EIRFunT = {5.777406E-01,1.234139E-02,-3.550380E-04,9.871073E-03,7.225565E-04,-1.521275E-03},
EIRFunPLR = {4.383290E+00,-1.536137E-01,-3.825029E-05,-4.911866E+00,3.331498E+00,1.554529E-01,0.000000E+00,-1.824968E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHC 707kW/7.77COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YS_756kW_7_41COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YS 756kW/7.41COP/Valve, !- Name
756000, !- Reference Capacity {W}
7.41, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
20.05, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YS 756kW/7.41COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YS 756kW/7.41COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YS 756kW/7.41COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.11, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.11, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.11 | Minimum part unload ratio |
| Real | PLRMin | 0.11 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 20.05 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -756000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 7.41 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.642889E-01,2.866413E-02,3... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.354619E-01,-1.370325E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.261074E+00,1.245378E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.05 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 28.28 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YS_756kW_7_41COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -756000,
COP_nominal = 7.41,
PLRMin = 0.11,
PLRMinUnl = 0.11,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 20.05,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 20.05,
TConLvgMax = 273.15 + 28.28,
capFunT = {9.642889E-01,2.866413E-02,3.109129E-04,-5.631322E-03,-3.762572E-05,-5.237190E-05},
EIRFunT = {6.354619E-01,-1.370325E-02,1.593968E-03,1.156358E-02,9.449231E-04,-1.967502E-03},
EIRFunPLR = {-1.261074E+00,1.245378E-01,-1.028560E-04,6.936120E-01,5.828942E-01,-1.203584E-01,0.000000E+00,9.427000E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YS 756kW/7.41COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YS_781kW_5_42COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YS 781kW/5.42COP/Valve, !- Name
780700, !- Reference Capacity {W}
5.42, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
35.29, !- Reference Leaving Condenser Water Temperature {C}
0.01893, !- Reference Chilled Water Flow Rate {m3/s}
0.03785, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YS 781kW/5.42COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YS 781kW/5.42COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YS 781kW/5.42COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.29 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -780700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.42 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.01893 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.03785 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.033403E+00,3.515774E-02,4... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.008316E-01,-6.141937E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {5.519460E-01,-1.406889E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.31 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 41.08 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YS_781kW_5_42COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -780700,
COP_nominal = 5.42,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.01893,
mCon_flow_nominal = 1000 * 0.03785,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 35.29,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 21.31,
TConLvgMax = 273.15 + 41.08,
capFunT = {1.033403E+00,3.515774E-02,4.288264E-04,-5.737406E-03,-2.647149E-05,-2.222927E-04},
EIRFunT = {4.008316E-01,-6.141937E-03,8.113800E-04,5.982224E-03,5.345503E-04,-1.142919E-03},
EIRFunPLR = {5.519460E-01,-1.406889E-02,3.843199E-06,7.950267E-02,8.798848E-01,1.379480E-02,0.000000E+00,-5.070156E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YS 781kW/5.42COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_830kW_6_97COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 830kW/6.97COP/Valve, !- Name
829900, !- Reference Capacity {W}
6.97, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
28.67, !- Reference Leaving Condenser Water Temperature {C}
0.03186, !- Reference Chilled Water Flow Rate {m3/s}
0.04744, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 830kW/6.97COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 830kW/6.97COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 830kW/6.97COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 28.67 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -829900 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.97 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03186 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04744 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {7.593802E-01,3.128246E-03,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.680542E-01,-1.666432E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {8.035259E-01,-2.731638E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.74 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 28.78 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_830kW_6_97COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -829900,
COP_nominal = 6.97,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.03186,
mCon_flow_nominal = 1000 * 0.04744,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 28.67,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 18.74,
TConLvgMax = 273.15 + 28.78,
capFunT = {7.593802E-01,3.128246E-03,-2.461755E-04,1.648515E-02,-3.342693E-04,2.498119E-04},
EIRFunT = {3.680542E-01,-1.666432E-02,-2.427956E-04,2.515814E-02,-4.357417E-05,1.578686E-04},
EIRFunPLR = {8.035259E-01,-2.731638E-02,3.311687E-05,-3.801212E-01,1.805184E+00,2.602604E-02,0.000000E+00,-1.216514E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 830kW/6.97COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_862kW_6_11COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 862kW/6.11COP/Valve, !- Name
861500, !- Reference Capacity {W}
6.11, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
29.47, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.04296, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 862kW/6.11COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 862kW/6.11COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 862kW/6.11COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.47 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -861500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.11 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04296 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-2.979107E-01,-5.151176E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.091020E-01,-1.121376E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {8.107206E-01,-2.005785E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 16.41 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 29.48 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_862kW_6_11COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -861500,
COP_nominal = 6.11,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.04296,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 29.47,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 16.41,
TConLvgMax = 273.15 + 29.48,
capFunT = {-2.979107E-01,-5.151176E-02,-3.383830E-03,1.108248E-01,-2.569743E-03,3.803707E-03},
EIRFunT = {6.091020E-01,-1.121376E-02,1.911380E-03,3.134795E-03,7.602337E-04,-1.864480E-03},
EIRFunPLR = {8.107206E-01,-2.005785E-02,-4.533858E-05,-9.361992E-01,2.154755E+00,2.196099E-02,0.000000E+00,-1.048282E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 862kW/6.11COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_862kW_6_84COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 862kW/6.84COP/Valve, !- Name
861500, !- Reference Capacity {W}
6.84, !- Reference COP {W/W}
9.69, !- Reference Leaving Chilled Water Temperature {C}
29.39, !- Reference Leaving Condenser Water Temperature {C}
0.06782, !- Reference Chilled Water Flow Rate {m3/s}
0.04296, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 862kW/6.84COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 862kW/6.84COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 862kW/6.84COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.30, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.30, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.30 | Minimum part unload ratio |
| Real | PLRMin | 0.30 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.39 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -861500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.84 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.06782 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04296 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 9.69 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {-3.092995E-01,-5.286556E-02... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.678615E-01,-9.383184E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {8.851376E-01,-3.243560E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 16.41 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 29.48 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_862kW_6_84COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -861500,
COP_nominal = 6.84,
PLRMin = 0.30,
PLRMinUnl = 0.30,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.06782,
mCon_flow_nominal = 1000 * 0.04296,
TEvaLvg_nominal = 273.15 + 9.69,
TConLvg_nominal = 273.15 + 29.39,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 16.41,
TConLvgMax = 273.15 + 29.48,
capFunT = {-3.092995E-01,-5.286556E-02,-3.325673E-03,1.124372E-01,-2.612023E-03,3.825379E-03},
EIRFunT = {6.678615E-01,-9.383184E-03,2.032594E-03,3.679404E-03,8.601638E-04,-2.160177E-03},
EIRFunPLR = {8.851376E-01,-3.243560E-02,1.524188E-05,-4.919407E-01,1.397112E+00,3.165504E-02,0.000000E+00,-7.803717E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 862kW/6.84COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_865kW_6_05COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 865kW/6.05COP/Valve, !- Name
865100, !- Reference Capacity {W}
6.05, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
31.63, !- Reference Leaving Condenser Water Temperature {C}
0.03716, !- Reference Chilled Water Flow Rate {m3/s}
0.04366, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 865kW/6.05COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 865kW/6.05COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 865kW/6.05COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.03, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.03 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.63 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -865100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.05 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03716 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04366 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {4.094927E-01,-2.603658E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.716056E-01,1.224643E-02,5... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.633484E-01,2.429348E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 3.33 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 16.50 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.26 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_865kW_6_05COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -865100,
COP_nominal = 6.05,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.03,
mEva_flow_nominal = 1000 * 0.03716,
mCon_flow_nominal = 1000 * 0.04366,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 31.63,
TEvaLvgMin = 273.15 + 3.33,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 16.50,
TConLvgMax = 273.15 + 35.26,
capFunT = {4.094927E-01,-2.603658E-02,-3.192164E-03,3.484958E-02,-6.572290E-04,2.194642E-03},
EIRFunT = {5.716056E-01,1.224643E-02,5.618829E-04,-5.486870E-03,7.739394E-04,-1.685380E-03},
EIRFunPLR = {-1.633484E-01,2.429348E-02,-1.563508E-05,1.196860E+00,-8.284241E-01,-2.352693E-02,0.000000E+00,7.855871E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 865kW/6.05COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YS_879kW_5_82COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YS 879kW/5.82COP/Valve, !- Name
879100, !- Reference Capacity {W}
5.82, !- Reference COP {W/W}
4.44, !- Reference Leaving Chilled Water Temperature {C}
31.32, !- Reference Leaving Condenser Water Temperature {C}
0.03785, !- Reference Chilled Water Flow Rate {m3/s}
0.04732, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YS 879kW/5.82COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YS 879kW/5.82COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YS 879kW/5.82COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.32 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -879100 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.82 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03785 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04732 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 4.44 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.043132E+00,3.207323E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.260798E-01,-4.729537E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.727519E-01,1.350521E-04,7... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 3.33 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 7.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.15 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.12 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YS_879kW_5_82COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -879100,
COP_nominal = 5.82,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03785,
mCon_flow_nominal = 1000 * 0.04732,
TEvaLvg_nominal = 273.15 + 4.44,
TConLvg_nominal = 273.15 + 31.32,
TEvaLvgMin = 273.15 + 3.33,
TEvaLvgMax = 273.15 + 7.78,
TConLvgMin = 273.15 + 18.15,
TConLvgMax = 273.15 + 35.12,
capFunT = {1.043132E+00,3.207323E-02,-3.372567E-04,-1.802731E-03,-1.730238E-04,3.613008E-04},
EIRFunT = {5.260798E-01,-4.729537E-03,1.121823E-03,4.291045E-03,5.493614E-04,-1.453233E-03},
EIRFunPLR = {3.727519E-01,1.350521E-04,7.654504E-07,1.088683E-02,1.106991E+00,-1.844203E-04,0.000000E+00,-4.899729E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YS 879kW/5.82COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHC_1009kW_5_37COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHC 1009kW/5.37COP/Valve, !- Name
1009200, !- Reference Capacity {W}
5.37, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
31.06, !- Reference Leaving Condenser Water Temperature {C}
0.03186, !- Reference Chilled Water Flow Rate {m3/s}
0.04618, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHC 1009kW/5.37COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 1009kW/5.37COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 1009kW/5.37COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.30, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.30, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.30 | Minimum part unload ratio |
| Real | PLRMin | 0.30 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.06 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1009200 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.37 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03186 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04618 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.207602E+00,3.634622E-02,6... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.985801E-01,2.197522E-02,8... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.618518E+00,-6.247569E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 26.58 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.91 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHC_1009kW_5_37COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1009200,
COP_nominal = 5.37,
PLRMin = 0.30,
PLRMinUnl = 0.30,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.03186,
mCon_flow_nominal = 1000 * 0.04618,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 31.06,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 26.58,
TConLvgMax = 273.15 + 31.91,
capFunT = {1.207602E+00,3.634622E-02,6.331495E-04,-1.093985E-02,-4.376284E-05,-2.763827E-04},
EIRFunT = {4.985801E-01,2.197522E-02,8.236831E-04,-1.956953E-02,1.366952E-03,-2.067504E-03},
EIRFunPLR = {1.618518E+00,-6.247569E-02,2.022982E-04,-1.604864E+00,3.518625E+00,5.149642E-02,0.000000E+00,-2.383742E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHC 1009kW/5.37COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHB_1051kW_5_05COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHB 1051kW/5.05COP/Valve, !- Name
1051400, !- Reference Capacity {W}
5.05, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.77, !- Reference Leaving Condenser Water Temperature {C}
0.04527, !- Reference Chilled Water Flow Rate {m3/s}
0.05659, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHB 1051kW/5.05COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 1051kW/5.05COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHB 1051kW/5.05COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.77 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1051400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.05 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04527 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05659 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.638196E-01,3.356030E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {4.638880E-01,7.313353E-04,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-2.132575E+01,7.315041E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 28.94 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.58 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHB_1051kW_5_05COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1051400,
COP_nominal = 5.05,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.04527,
mCon_flow_nominal = 1000 * 0.05659,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.77,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 28.94,
TConLvgMax = 273.15 + 40.58,
capFunT = {9.638196E-01,3.356030E-02,-6.697810E-05,-3.142817E-03,-6.684016E-05,1.841742E-05},
EIRFunT = {4.638880E-01,7.313353E-04,1.440483E-03,3.400471E-03,6.072397E-04,-1.656400E-03},
EIRFunPLR = {-2.132575E+01,7.315041E-01,1.435460E-05,1.774494E+01,5.234092E+00,-7.325017E-01,0.000000E+00,-6.363903E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHB 1051kW/5.05COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_1062kW_5_50COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 1062kW/5.50COP/Valve, !- Name
1062000, !- Reference Capacity {W}
5.50, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.70, !- Reference Leaving Condenser Water Temperature {C}
0.04573, !- Reference Chilled Water Flow Rate {m3/s}
0.05716, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 1062kW/5.50COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 1062kW/5.50COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 1062kW/5.50COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.70 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1062000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.50 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04573 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05716 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.054485E+00,1.015650E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.369592E-01,-5.681693E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {1.385765E+00,-3.549685E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 26.44 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 35.10 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_1062kW_5_50COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1062000,
COP_nominal = 5.50,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.04573,
mCon_flow_nominal = 1000 * 0.05716,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.70,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 26.44,
TConLvgMax = 273.15 + 35.10,
capFunT = {1.054485E+00,1.015650E-02,-4.899041E-03,-3.792726E-03,-3.699876E-04,2.891276E-03},
EIRFunT = {1.369592E-01,-5.681693E-03,2.795150E-04,2.407603E-02,2.142516E-04,-8.850727E-04},
EIRFunPLR = {1.385765E+00,-3.549685E-02,-4.110930E-06,-7.678018E-01,7.228808E-01,3.573245E-02,0.000000E+00,-3.442173E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 1062kW/5.50COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHC_1066kW_5_73COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHC 1066kW/5.73COP/Valve, !- Name
1065500, !- Reference Capacity {W}
5.73, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
32.06, !- Reference Leaving Condenser Water Temperature {C}
0.05142, !- Reference Chilled Water Flow Rate {m3/s}
0.04416, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHC 1066kW/5.73COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 1066kW/5.73COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 1066kW/5.73COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.30, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.30, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.30 | Minimum part unload ratio |
| Real | PLRMin | 0.30 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 32.06 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1065500 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.73 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.05142 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04416 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.132006E+00,5.350322E-02,4... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {1.270619E+00,2.714576E-02,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-5.639468E-01,3.938489E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 27.08 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 33.00 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHC_1066kW_5_73COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1065500,
COP_nominal = 5.73,
PLRMin = 0.30,
PLRMinUnl = 0.30,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.05142,
mCon_flow_nominal = 1000 * 0.04416,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 32.06,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 27.08,
TConLvgMax = 273.15 + 33.00,
capFunT = {1.132006E+00,5.350322E-02,4.674089E-04,-9.696767E-03,-1.092622E-05,-6.864058E-04},
EIRFunT = {1.270619E+00,2.714576E-02,1.314069E-03,-7.074240E-02,2.188506E-03,-2.478095E-03},
EIRFunPLR = {-5.639468E-01,3.938489E-02,1.732511E-04,1.260815E+00,8.111637E-01,-4.893450E-02,0.000000E+00,-3.768289E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHC 1066kW/5.73COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_RTHC_1094kW_6_55COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane RTHC 1094kW/6.55COP/Valve, !- Name
1093600, !- Reference Capacity {W}
6.55, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
30.00, !- Reference Leaving Condenser Water Temperature {C}
0.04921, !- Reference Chilled Water Flow Rate {m3/s}
0.04524, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane RTHC 1094kW/6.55COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 1094kW/6.55COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane RTHC 1094kW/6.55COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.25, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.25, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.25 | Minimum part unload ratio |
| Real | PLRMin | 0.25 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 30.00 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1093600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.55 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.04921 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04524 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.937063E-01,4.121201E-02,5... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {6.406305E-01,-4.941735E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-5.793160E-01,4.173392E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 22.50 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 31.57 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_RTHC_1094kW_6_55COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1093600,
COP_nominal = 6.55,
PLRMin = 0.25,
PLRMinUnl = 0.25,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.04921,
mCon_flow_nominal = 1000 * 0.04524,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 30.00,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 22.50,
TConLvgMax = 273.15 + 31.57,
capFunT = {9.937063E-01,4.121201E-02,5.647147E-04,-4.466726E-03,-6.255209E-05,-2.959437E-04},
EIRFunT = {6.406305E-01,-4.941735E-03,8.316386E-04,-1.042529E-03,6.666939E-04,-1.259813E-03},
EIRFunPLR = {-5.793160E-01,4.173392E-02,1.563673E-05,1.609363E+00,-3.325578E-01,-4.262129E-02,0.000000E+00,3.149494E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Trane RTHC 1094kW/6.55COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_1108kW_6_92COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 1108kW/6.92COP/Valve, !- Name
1107700, !- Reference Capacity {W}
6.92, !- Reference COP {W/W}
8.97, !- Reference Leaving Chilled Water Temperature {C}
29.64, !- Reference Leaving Condenser Water Temperature {C}
0.0571, !- Reference Chilled Water Flow Rate {m3/s}
0.05142, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 1108kW/6.92COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 1108kW/6.92COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 1108kW/6.92COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 29.64 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1107700 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.92 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.0571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05142 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 8.97 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {5.158330E-01,-2.311637E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.272297E-01,-1.879890E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {2.638449E+00,-1.139810E-01,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 18.28 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.24 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_1108kW_6_92COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1107700,
COP_nominal = 6.92,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.0571,
mCon_flow_nominal = 1000 * 0.05142,
TEvaLvg_nominal = 273.15 + 8.97,
TConLvg_nominal = 273.15 + 29.64,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 18.28,
TConLvgMax = 273.15 + 30.24,
capFunT = {5.158330E-01,-2.311637E-02,-7.013270E-04,4.106942E-02,-1.177302E-03,2.292450E-03},
EIRFunT = {5.272297E-01,-1.879890E-02,1.120482E-03,1.100352E-02,6.338503E-04,-1.251189E-03},
EIRFunPLR = {2.638449E+00,-1.139810E-01,-1.028538E-04,-2.382279E+00,2.715083E+00,1.187905E-01,0.000000E+00,-2.025240E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 1108kW/6.92COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YS_1171kW_9_15COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YS 1171kW/9.15COP/Valve, !- Name
1171000, !- Reference Capacity {W}
9.15, !- Reference COP {W/W}
6.11, !- Reference Leaving Chilled Water Temperature {C}
21.56, !- Reference Leaving Condenser Water Temperature {C}
0.03249, !- Reference Chilled Water Flow Rate {m3/s}
0.05173, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YS 1171kW/9.15COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YS 1171kW/9.15COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YS 1171kW/9.15COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.09, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.09, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.09 | Minimum part unload ratio |
| Real | PLRMin | 0.09 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 21.56 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1171000 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.15 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03249 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.05173 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.11 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.337294E-01,1.920636E-02,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.293911E-01,-2.105626E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-2.154861E-01,3.786873E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.11 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.78 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 21.56 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 30.78 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YS_1171kW_9_15COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1171000,
COP_nominal = 9.15,
PLRMin = 0.09,
PLRMinUnl = 0.09,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.03249,
mCon_flow_nominal = 1000 * 0.05173,
TEvaLvg_nominal = 273.15 + 6.11,
TConLvg_nominal = 273.15 + 21.56,
TEvaLvgMin = 273.15 + 6.11,
TEvaLvgMax = 273.15 + 12.78,
TConLvgMin = 273.15 + 21.56,
TConLvgMax = 273.15 + 30.78,
capFunT = {9.337294E-01,1.920636E-02,-6.115577E-04,-7.771906E-04,-2.483077E-04,7.872535E-04},
EIRFunT = {3.293911E-01,-2.105626E-02,1.769048E-03,3.636950E-02,4.158157E-04,-1.853560E-03},
EIRFunPLR = {-2.154861E-01,3.786873E-02,-1.127341E-05,2.109726E-01,1.287825E+00,-3.728032E-02,0.000000E+00,-2.909471E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YS 1171kW/9.15COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Carrier_23XL_1196kW_6_39COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Carrier 23XL 1196kW/6.39COP/Valve, !- Name
1195600, !- Reference Capacity {W}
6.39, !- Reference COP {W/W}
7.22, !- Reference Leaving Chilled Water Temperature {C}
31.63, !- Reference Leaving Condenser Water Temperature {C}
0.03653, !- Reference Chilled Water Flow Rate {m3/s}
0.04271, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Carrier 23XL 1196kW/6.39COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 1196kW/6.39COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Carrier 23XL 1196kW/6.39COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 31.63 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1195600 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 6.39 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.03653 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.04271 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 7.22 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {3.031420E-01,6.667912E-03,-... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {5.152368E-01,-1.274543E-02,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-2.737954E-01,2.822257E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 6.67 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 12.22 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.39 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 32.63 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Carrier_23XL_1196kW_6_39COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1195600,
COP_nominal = 6.39,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.03653,
mCon_flow_nominal = 1000 * 0.04271,
TEvaLvg_nominal = 273.15 + 7.22,
TConLvg_nominal = 273.15 + 31.63,
TEvaLvgMin = 273.15 + 6.67,
TEvaLvgMax = 273.15 + 12.22,
TConLvgMin = 273.15 + 20.39,
TConLvgMax = 273.15 + 32.63,
capFunT = {3.031420E-01,6.667912E-03,-3.704014E-03,5.246809E-02,-1.408858E-03,2.775625E-03},
EIRFunT = {5.152368E-01,-1.274543E-02,1.116484E-03,5.217358E-03,6.656740E-04,-1.353664E-03},
EIRFunPLR = {-2.737954E-01,2.822257E-02,-8.097657E-05,9.612284E-01,3.029741E-01,-2.421933E-02,0.000000E+00,-3.885224E-02,0.000000E+00,0.000000E+00},
etaMotor = 1.0)
"ReformEIRChiller Carrier 23XL 1196kW/6.39COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YS_1554kW_9_31COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YS 1554kW/9.31COP/Valve, !- Name
1554300, !- Reference Capacity {W}
9.31, !- Reference COP {W/W}
5.56, !- Reference Leaving Chilled Water Temperature {C}
20.74, !- Reference Leaving Condenser Water Temperature {C}
0.0424, !- Reference Chilled Water Flow Rate {m3/s}
0.07949, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YS 1554kW/9.31COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YS 1554kW/9.31COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YS 1554kW/9.31COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.10, !- Minimum Part Load Ratio
1.02, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.10, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.02 | Maximum part load ratio |
| Real | PLRMinUnl | 0.10 | Minimum part unload ratio |
| Real | PLRMin | 0.10 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 20.74 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1554300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 9.31 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.0424 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.07949 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 5.56 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {1.158269E+00,9.811289E-03,1... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {3.556656E-01,2.393674E-02,-... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {3.590292E-01,-5.404650E-03,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 20.74 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.06 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YS_1554kW_9_31COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1554300,
COP_nominal = 9.31,
PLRMin = 0.10,
PLRMinUnl = 0.10,
PLRMax = 1.02,
mEva_flow_nominal = 1000 * 0.0424,
mCon_flow_nominal = 1000 * 0.07949,
TEvaLvg_nominal = 273.15 + 5.56,
TConLvg_nominal = 273.15 + 20.74,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 20.74,
TConLvgMax = 273.15 + 40.06,
capFunT = {1.158269E+00,9.811289E-03,1.227091E-03,-1.535445E-02,9.922966E-05,5.323659E-05},
EIRFunT = {3.556656E-01,2.393674E-02,-1.681332E-04,2.367290E-02,7.263583E-04,-2.267522E-03},
EIRFunPLR = {3.590292E-01,-5.404650E-03,-2.016784E-05,-2.714668E-01,2.061858E+00,6.725648E-03,0.000000E+00,-1.170629E+00,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YS 1554kW/9.31COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_York_YS_1758kW_5_84COP_Valve
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller York YS 1758kW/5.84COP/Valve, !- Name
1758300, !- Reference Capacity {W}
5.84, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
34.65, !- Reference Leaving Condenser Water Temperature {C}
0.07571, !- Reference Chilled Water Flow Rate {m3/s}
0.09464, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller York YS 1758kW/5.84COP/Valve CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller York YS 1758kW/5.84COP/Valve EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller York YS 1758kW/5.84COP/Valve EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.20, !- Minimum Part Load Ratio
1.05, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.20, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.05 | Maximum part load ratio |
| Real | PLRMinUnl | 0.20 | Minimum part unload ratio |
| Real | PLRMin | 0.20 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 34.65 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -1758300 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 5.84 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.07571 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.09464 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {6.348511E-01,-2.523830E-02,... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.492787E-01,1.912506E-02,1... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {-1.522140E-01,2.440667E-02,... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 4.44 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 8.89 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 17.74 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 39.72 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_York_YS_1758kW_5_84COP_Valve =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -1758300,
COP_nominal = 5.84,
PLRMin = 0.20,
PLRMinUnl = 0.20,
PLRMax = 1.05,
mEva_flow_nominal = 1000 * 0.07571,
mCon_flow_nominal = 1000 * 0.09464,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 34.65,
TEvaLvgMin = 273.15 + 4.44,
TEvaLvgMax = 273.15 + 8.89,
TConLvgMin = 273.15 + 17.74,
TConLvgMax = 273.15 + 39.72,
capFunT = {6.348511E-01,-2.523830E-02,-1.840036E-03,3.830396E-02,-9.961929E-04,1.906565E-03},
EIRFunT = {7.492787E-01,1.912506E-02,1.303486E-03,-1.981703E-02,1.003666E-03,-1.936814E-03},
EIRFunPLR = {-1.522140E-01,2.440667E-02,-5.691764E-05,4.875495E-01,7.490485E-01,-2.093720E-02,0.000000E+00,-1.319819E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller York YS 1758kW/5.84COP/Valve";
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.ReformEIRChiller_Trane_CGWD_207kW_3_99COP_None
Chiller:Electric:ReformulatedEIR,
ReformEIRChiller Trane CGWD 207kW/3.99COP/None, !- Name
207400, !- Reference Capacity {W}
3.99, !- Reference COP {W/W}
6.67, !- Reference Leaving Chilled Water Temperature {C}
35.00, !- Reference Leaving Condenser Water Temperature {C}
0.00898, !- Reference Chilled Water Flow Rate {m3/s}
0.01122, !- Reference Condenser Water Flow Rate {m3/s}
ReformEIRChiller Trane CGWD 207kW/3.99COP/None CAPFT, !- Cooling Capacity Function of Temperature Curve Name
ReformEIRChiller Trane CGWD 207kW/3.99COP/None EIRFT, !- Electric Input to Cooling Output Ratio Function of Temperature Curve Name
ReformEIRChiller Trane CGWD 207kW/3.99COP/None EIRFPLR, !- Electric Input to Cooling Output Ratio Function of Part Load Ratio Curve Name
0.25, !- Minimum Part Load Ratio
1.01, !- Maximum Part Load Ratio
1.0, !- Optimum Part Load Ratio
0.25, !- Minimum Unloading Ratio
Chilled Water Side Inlet Node, !- Chilled Water Inlet Node Name
Chilled Water Side Outlet Node, !- Chilled Water Outlet Node Name
Condenser Side Inlet Node, !- Condenser Inlet Node Name
Condenser Side Outlet Node, !- Condenser Outlet Node Name
1.0, !- Compressor Motor Efficiency
2.0, !- Leaving Chilled Water Lower Temperature Limit {C}
ConstantFlow, !- Chiller Flow Mode Type
0.0; !- Design Heat Recovery Water Flow Rate {m3/s}
Extends from Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (Generic data record for chiller ElectricReformulatedEIR).
| Type | Name | Default | Description |
|---|---|---|---|
| Real | PLRMax | 1.01 | Maximum part load ratio |
| Real | PLRMinUnl | 0.25 | Minimum part unload ratio |
| Real | PLRMin | 0.25 | Minimum part load ratio |
| Real | etaMotor | 1.0 | Fraction of compressor motor heat entering refrigerant |
| Temperature | TConLvg_nominal | 273.15 + 35.00 | Temperature of fluid leaving condenser at nominal condition [K] |
| Nominal condition | |||
| HeatFlowRate | QEva_flow_nominal | -207400 | Reference capacity (negative number) [W] |
| Real | COP_nominal | 3.99 | Reference coefficient of performance |
| MassFlowRate | mEva_flow_nominal | 1000*0.00898 | Nominal mass flow at evaporator [kg/s] |
| MassFlowRate | mCon_flow_nominal | 1000*0.01122 | Nominal mass flow at condenser [kg/s] |
| Temperature | TEvaLvg_nominal | 273.15 + 6.67 | Temperature of fluid leaving evaporator at nominal condition [K] |
| Performance curves | |||
| Real | capFunT[nCapFunT] | {9.585465E-01,3.516870E-02,1... | Biquadratic coefficients for capFunT |
| Real | EIRFunT[nEIRFunT] | {7.327001E-01,-8.343605E-03,... | Biquadratic coefficients for EIRFunT |
| Real | EIRFunPLR[nEIRFunPLR] | {7.086284E-02,2.787561E-03,-... | Coefficients for EIRFunPLR |
| Temperature | TEvaLvgMin | 273.15 + 5.56 | Minimum value for leaving evaporator temperature [K] |
| Temperature | TEvaLvgMax | 273.15 + 10.00 | Maximum value for leaving evaporator temperature [K] |
| Temperature | TConLvgMin | 273.15 + 29.37 | Minimum value for leaving condenser temperature [K] |
| Temperature | TConLvgMax | 273.15 + 40.94 | Maximum value for leaving condenser temperature [K] |
record ReformEIRChiller_Trane_CGWD_207kW_3_99COP_None =
Buildings.Fluid.Chillers.Data.ElectricReformulatedEIR.Generic (
QEva_flow_nominal = -207400,
COP_nominal = 3.99,
PLRMin = 0.25,
PLRMinUnl = 0.25,
PLRMax = 1.01,
mEva_flow_nominal = 1000 * 0.00898,
mCon_flow_nominal = 1000 * 0.01122,
TEvaLvg_nominal = 273.15 + 6.67,
TConLvg_nominal = 273.15 + 35.00,
TEvaLvgMin = 273.15 + 5.56,
TEvaLvgMax = 273.15 + 10.00,
TConLvgMin = 273.15 + 29.37,
TConLvgMax = 273.15 + 40.94,
capFunT = {9.585465E-01,3.516870E-02,1.246624E-04,-2.745559E-03,-5.000232E-05,-1.723494E-04},
EIRFunT = {7.327001E-01,-8.343605E-03,6.385302E-04,-3.037535E-03,4.849529E-04,-8.358498E-04},
EIRFunPLR = {7.086284E-02,2.787561E-03,-8.917038E-06,2.309734E-01,1.250442E+00,-2.161029E-03,0.000000E+00,-5.630094E-01,0.000000E+00,0.000000E+00},
etaMotor = 1.0) "ReformEIRChiller Trane CGWD 207kW/3.99COP/None";