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Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating

Records for scroll water to water heat pumps in heating mode

Information

Package with data for heating performance of water to water heat pump models Buildings.Fluid.HeatPumps.ScrollWaterToWater with scroll compressor.

Extends from Modelica.Icons.MaterialPropertiesPackage (Icon for package containing property classes).

Package Content

Name Description
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW122_38kW_4_29COP_R410A Carrier_50PSW122_38kW_4_29COP_R410A Calibrated parameters for Carrier 50PSW122
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW180_52kW_4_50COP_R410A Carrier_50PSW180_52kW_4_50COP_R410A Calibrated parameters for Carrier 50PSW180
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW210_70kW_4_40COP_R410A Carrier_50PSW210_70kW_4_40COP_R410A Calibrated parameters for Carrier 50PSW210
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW240_93kW_4_40COP_R410A Carrier_50PSW240_93kW_4_40COP_R410A Calibrated parameters for Carrier 50PSW240
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW360_105kW_4_50COP_R410A Carrier_50PSW360_105kW_4_50COP_R410A Calibrated parameters for Carrier 50PSW360
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW420_140kW_4_40COP_R410A Carrier_50PSW420_140kW_4_40COP_R410A Calibrated parameters for Carrier 50PSW420
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW036_12kW_4_90COP_R410A ClimateMaster_TMW036_12kW_4_90COP_R410A Calibrated parameters for ClimateMaster TMW036
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW060_21kW_4_60COP_R410A ClimateMaster_TMW060_21kW_4_60COP_R410A Calibrated parameters for ClimateMaster TMW060
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW120_42kW_4_50COP_R410A ClimateMaster_TMW120_42kW_4_50COP_R410A Calibrated parameters for ClimateMaster TMW120
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW170_48kW_4_30COP_R410A ClimateMaster_TMW170_48kW_4_30COP_R410A Calibrated parameters for ClimateMaster TMW170
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW340_98kW_4_40COP_R410A ClimateMaster_TMW340_98kW_4_40COP_R410A Calibrated parameters for ClimateMaster TMW340
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA036_13kW_4_50COP_R410A Daikin_WRA036_13kW_4_50COP_R410A Calibrated parameters for Daikin WRA036
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA048_16kW_4_60COP_R410A Daikin_WRA048_16kW_4_60COP_R410A Calibrated parameters for Daikin WRA048
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA060_19kW_4_50COP_R410A Daikin_WRA060_19kW_4_50COP_R410A Calibrated parameters for Daikin WRA060
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA072_24kW_4_30COP_R410A Daikin_WRA072_24kW_4_30COP_R410A Calibrated parameters for Daikin WRA072
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA120_37kW_4_40COP_R410A Daikin_WRA120_37kW_4_40COP_R410A Calibrated parameters for Daikin WRA120
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA150_49kW_4_70COP_R410A Daikin_WRA150_49kW_4_70COP_R410A Calibrated parameters for Daikin WRA150
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA180_63kW_4_50COP_R410A Daikin_WRA180_63kW_4_50COP_R410A Calibrated parameters for Daikin WRA180
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA240_79kW_4_40COP_R410A Daikin_WRA240_79kW_4_40COP_R410A Calibrated parameters for Daikin WRA240
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA300_93kW_4_60COP_R410A Daikin_WRA300_93kW_4_60COP_R410A Calibrated parameters for Daikin WRA300
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA360_116kW_4_60COP_R410A Daikin_WRA360_116kW_4_60COP_R410A Calibrated parameters for Daikin WRA360
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA420_137kW_4_50COP_R410A Daikin_WRA420_137kW_4_50COP_R410A Calibrated parameters for Daikin WRA420
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW060_21kW_4_30COP_R410A Trane_EXW060_21kW_4_30COP_R410A Calibrated parameters for Trane EXW060
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW120_40kW_3_90COP_R410A Trane_EXW120_40kW_3_90COP_R410A Calibrated parameters for Trane EXW120
Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW240_76kW_4_10COP_R410A Trane_EXW240_76kW_4_10COP_R410A Calibrated parameters for Trane EXW240

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW122_38kW_4_29COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW122_38kW_4_29COP_R410A

Calibrated parameters for Carrier 50PSW122

Information

Calibrated parameters for Carrier 50PSW122.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos1881.76772552Constant part of the compressor power losses [W]
RealvolRat1.81466473546Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00670253502001Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00764809592483Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup2.96952832147e-16Superheating at compressor suction [K]
ThermalConductanceUAEva7132.41759701Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon9021.05488178Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Carrier_50PSW122_38kW_4_29COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 1.81466473546, V_flow_nominal = 0.00670253502001, leaCoe = 0.00764809592483, etaEle = 1.0, PLos = 1881.76772552, dTSup = 2.96952832147e-16, UACon = 9021.05488178, UAEva = 7132.41759701) "Calibrated parameters for Carrier 50PSW122";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW180_52kW_4_50COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW180_52kW_4_50COP_R410A

Calibrated parameters for Carrier 50PSW180

Information

Calibrated parameters for Carrier 50PSW180.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.937361296479Electro-mechanical efficiency of the compressor [1]
PowerPLos1811.46067781Constant part of the compressor power losses [W]
RealvolRat2.17984156405Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00696068884655Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00108868592572Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup4.04195833004Superheating at compressor suction [K]
ThermalConductanceUAEva7982.84714185Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon8707.82060032Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Carrier_50PSW180_52kW_4_50COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.17984156405, V_flow_nominal = 0.00696068884655, leaCoe = 0.00108868592572, etaEle = 0.937361296479, PLos = 1811.46067781, dTSup = 4.04195833004, UACon = 8707.82060032, UAEva = 7982.84714185) "Calibrated parameters for Carrier 50PSW180";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW210_70kW_4_40COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW210_70kW_4_40COP_R410A

Calibrated parameters for Carrier 50PSW210

Information

Calibrated parameters for Carrier 50PSW210.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.883599976056Electro-mechanical efficiency of the compressor [1]
PowerPLos2744.55441047Constant part of the compressor power losses [W]
RealvolRat2.28439860422Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00864092882056Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00423622888067Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup7.01376392106e-16Superheating at compressor suction [K]
ThermalConductanceUAEva14718.9494319Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon14926.2266407Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Carrier_50PSW210_70kW_4_40COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.28439860422, V_flow_nominal = 0.00864092882056, leaCoe = 0.00423622888067, etaEle = 0.883599976056, PLos = 2744.55441047, dTSup = 7.01376392106e-16, UACon = 14926.2266407, UAEva = 14718.9494319) "Calibrated parameters for Carrier 50PSW210";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW240_93kW_4_40COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW240_93kW_4_40COP_R410A

Calibrated parameters for Carrier 50PSW240

Information

Calibrated parameters for Carrier 50PSW240.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos3501.16553626Constant part of the compressor power losses [W]
RealvolRat2.06220893804Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0130449462937Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0115795099184Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup2.99452373707e-20Superheating at compressor suction [K]
ThermalConductanceUAEva11572.8594812Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon15632.3350979Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Carrier_50PSW240_93kW_4_40COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.06220893804, V_flow_nominal = 0.0130449462937, leaCoe = 0.0115795099184, etaEle = 1.0, PLos = 3501.16553626, dTSup = 2.99452373707e-20, UACon = 15632.3350979, UAEva = 11572.8594812) "Calibrated parameters for Carrier 50PSW240";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW360_105kW_4_50COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW360_105kW_4_50COP_R410A

Calibrated parameters for Carrier 50PSW360

Information

Calibrated parameters for Carrier 50PSW360.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.949322443561Electro-mechanical efficiency of the compressor [1]
PowerPLos3584.93101188Constant part of the compressor power losses [W]
RealvolRat2.16843356806Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0140160866901Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00223124798723Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup3.97822933689Superheating at compressor suction [K]
ThermalConductanceUAEva15988.0119559Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon16612.2868599Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Carrier_50PSW360_105kW_4_50COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.16843356806, V_flow_nominal = 0.0140160866901, leaCoe = 0.00223124798723, etaEle = 0.949322443561, PLos = 3584.93101188, dTSup = 3.97822933689, UACon = 16612.2868599, UAEva = 15988.0119559) "Calibrated parameters for Carrier 50PSW360";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW420_140kW_4_40COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Carrier_50PSW420_140kW_4_40COP_R410A

Calibrated parameters for Carrier 50PSW420

Information

Calibrated parameters for Carrier 50PSW420.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos5208.69616148Constant part of the compressor power losses [W]
RealvolRat2.23739862891Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0192598232371Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0156269077066Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup9.97163386698e-17Superheating at compressor suction [K]
ThermalConductanceUAEva20395.4876127Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon22875.6244158Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Carrier_50PSW420_140kW_4_40COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.23739862891, V_flow_nominal = 0.0192598232371, leaCoe = 0.0156269077066, etaEle = 1.0, PLos = 5208.69616148, dTSup = 9.97163386698e-17, UACon = 22875.6244158, UAEva = 20395.4876127) "Calibrated parameters for Carrier 50PSW420";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW036_12kW_4_90COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW036_12kW_4_90COP_R410A

Calibrated parameters for ClimateMaster TMW036

Information

Calibrated parameters for ClimateMaster TMW036.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos334.350812253Constant part of the compressor power losses [W]
RealvolRat2.02993657028Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0017713046171Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0001Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup4.68810579482e-16Superheating at compressor suction [K]
ThermalConductanceUAEva925.546637632Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon2434.90888536Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record ClimateMaster_TMW036_12kW_4_90COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.02993657028, V_flow_nominal = 0.0017713046171, leaCoe = 0.0001, etaEle = 1.0, PLos = 334.350812253, dTSup = 4.68810579482e-16, UACon = 2434.90888536, UAEva = 925.546637632) "Calibrated parameters for ClimateMaster TMW036";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW060_21kW_4_60COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW060_21kW_4_60COP_R410A

Calibrated parameters for ClimateMaster TMW060

Information

Calibrated parameters for ClimateMaster TMW060.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos417.744706167Constant part of the compressor power losses [W]
RealvolRat2.3017065409Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00343193389885Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0001Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup9.02301826552e-16Superheating at compressor suction [K]
ThermalConductanceUAEva1012.57723222Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon6976.43602782Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record ClimateMaster_TMW060_21kW_4_60COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.3017065409, V_flow_nominal = 0.00343193389885, leaCoe = 0.0001, etaEle = 1.0, PLos = 417.744706167, dTSup = 9.02301826552e-16, UACon = 6976.43602782, UAEva = 1012.57723222) "Calibrated parameters for ClimateMaster TMW060";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW120_42kW_4_50COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW120_42kW_4_50COP_R410A

Calibrated parameters for ClimateMaster TMW120

Information

Calibrated parameters for ClimateMaster TMW120.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos958.859267653Constant part of the compressor power losses [W]
RealvolRat2.2476274626Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00665394781546Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0001Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup1.25716725318e-15Superheating at compressor suction [K]
ThermalConductanceUAEva2121.46076035Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon11851.7167307Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record ClimateMaster_TMW120_42kW_4_50COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.2476274626, V_flow_nominal = 0.00665394781546, leaCoe = 0.0001, etaEle = 1.0, PLos = 958.859267653, dTSup = 1.25716725318e-15, UACon = 11851.7167307, UAEva = 2121.46076035) "Calibrated parameters for ClimateMaster TMW120";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW170_48kW_4_30COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW170_48kW_4_30COP_R410A

Calibrated parameters for ClimateMaster TMW170

Information

Calibrated parameters for ClimateMaster TMW170.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos3217.60778902Constant part of the compressor power losses [W]
RealvolRat2.14272406967Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00593752063272Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0001Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup4.12544294557Superheating at compressor suction [K]
ThermalConductanceUAEva6702.69056458Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon7127.67902377Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record ClimateMaster_TMW170_48kW_4_30COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.14272406967, V_flow_nominal = 0.00593752063272, leaCoe = 0.0001, etaEle = 1.0, PLos = 3217.60778902, dTSup = 4.12544294557, UACon = 7127.67902377, UAEva = 6702.69056458) "Calibrated parameters for ClimateMaster TMW170";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW340_98kW_4_40COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.ClimateMaster_TMW340_98kW_4_40COP_R410A

Calibrated parameters for ClimateMaster TMW340

Information

Calibrated parameters for ClimateMaster TMW340.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos6407.64092672Constant part of the compressor power losses [W]
RealvolRat2.1436051259Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0118607090337Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0001Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup4.01978505385Superheating at compressor suction [K]
ThermalConductanceUAEva13705.1289797Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon14154.9112764Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record ClimateMaster_TMW340_98kW_4_40COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.1436051259, V_flow_nominal = 0.0118607090337, leaCoe = 0.0001, etaEle = 1.0, PLos = 6407.64092672, dTSup = 4.01978505385, UACon = 14154.9112764, UAEva = 13705.1289797) "Calibrated parameters for ClimateMaster TMW340";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA036_13kW_4_50COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA036_13kW_4_50COP_R410A

Calibrated parameters for Daikin WRA036

Information

Calibrated parameters for Daikin WRA036.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.75022416333Electro-mechanical efficiency of the compressor [1]
PowerPLos454.268261392Constant part of the compressor power losses [W]
RealvolRat2.18937967922Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00136995091062Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00204441726371Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup10.0Superheating at compressor suction [K]
ThermalConductanceUAEva14984.5402787Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon2854.56883514Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA036_13kW_4_50COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.18937967922, V_flow_nominal = 0.00136995091062, leaCoe = 0.00204441726371, etaEle = 0.75022416333, PLos = 454.268261392, dTSup = 10.0, UACon = 2854.56883514, UAEva = 14984.5402787) "Calibrated parameters for Daikin WRA036";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA048_16kW_4_60COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA048_16kW_4_60COP_R410A

Calibrated parameters for Daikin WRA048

Information

Calibrated parameters for Daikin WRA048.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.788717592763Electro-mechanical efficiency of the compressor [1]
PowerPLos698.088177298Constant part of the compressor power losses [W]
RealvolRat1.98348644579Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00165211643646Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00243670163031Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup2.36774358188Superheating at compressor suction [K]
ThermalConductanceUAEva17688.743889Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon2860.44257631Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA048_16kW_4_60COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 1.98348644579, V_flow_nominal = 0.00165211643646, leaCoe = 0.00243670163031, etaEle = 0.788717592763, PLos = 698.088177298, dTSup = 2.36774358188, UACon = 2860.44257631, UAEva = 17688.743889) "Calibrated parameters for Daikin WRA048";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA060_19kW_4_50COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA060_19kW_4_50COP_R410A

Calibrated parameters for Daikin WRA060

Information

Calibrated parameters for Daikin WRA060.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.818648566096Electro-mechanical efficiency of the compressor [1]
PowerPLos834.025033052Constant part of the compressor power losses [W]
RealvolRat2.02058512825Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00203948729471Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00265331062627Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup10.0Superheating at compressor suction [K]
ThermalConductanceUAEva22163.5117527Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon3132.54953048Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA060_19kW_4_50COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.02058512825, V_flow_nominal = 0.00203948729471, leaCoe = 0.00265331062627, etaEle = 0.818648566096, PLos = 834.025033052, dTSup = 10.0, UACon = 3132.54953048, UAEva = 22163.5117527) "Calibrated parameters for Daikin WRA060";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA072_24kW_4_30COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA072_24kW_4_30COP_R410A

Calibrated parameters for Daikin WRA072

Information

Calibrated parameters for Daikin WRA072.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.854244522432Electro-mechanical efficiency of the compressor [1]
PowerPLos1299.86121735Constant part of the compressor power losses [W]
RealvolRat1.97046126937Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00251615132207Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00317911390448Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup0.0Superheating at compressor suction [K]
ThermalConductanceUAEva29257.8652993Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon3112.7917639Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA072_24kW_4_30COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 1.97046126937, V_flow_nominal = 0.00251615132207, leaCoe = 0.00317911390448, etaEle = 0.854244522432, PLos = 1299.86121735, dTSup = 0.0, UACon = 3112.7917639, UAEva = 29257.8652993) "Calibrated parameters for Daikin WRA072";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA120_37kW_4_40COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA120_37kW_4_40COP_R410A

Calibrated parameters for Daikin WRA120

Information

Calibrated parameters for Daikin WRA120.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.802185040279Electro-mechanical efficiency of the compressor [1]
PowerPLos1669.72414504Constant part of the compressor power losses [W]
RealvolRat2.03662365096Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00402163945373Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00568133095128Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup10.0Superheating at compressor suction [K]
ThermalConductanceUAEva43952.8437636Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon6395.36493022Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA120_37kW_4_40COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.03662365096, V_flow_nominal = 0.00402163945373, leaCoe = 0.00568133095128, etaEle = 0.802185040279, PLos = 1669.72414504, dTSup = 10.0, UACon = 6395.36493022, UAEva = 43952.8437636) "Calibrated parameters for Daikin WRA120";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA150_49kW_4_70COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA150_49kW_4_70COP_R410A

Calibrated parameters for Daikin WRA150

Information

Calibrated parameters for Daikin WRA150.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.727713452257Electro-mechanical efficiency of the compressor [1]
PowerPLos1973.27851471Constant part of the compressor power losses [W]
RealvolRat2.11953593283Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00458293691848Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00521346182908Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup2.82899331265e-17Superheating at compressor suction [K]
ThermalConductanceUAEva52300.8714734Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon10364.1606457Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA150_49kW_4_70COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.11953593283, V_flow_nominal = 0.00458293691848, leaCoe = 0.00521346182908, etaEle = 0.727713452257, PLos = 1973.27851471, dTSup = 2.82899331265e-17, UACon = 10364.1606457, UAEva = 52300.8714734) "Calibrated parameters for Daikin WRA150";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA180_63kW_4_50COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA180_63kW_4_50COP_R410A

Calibrated parameters for Daikin WRA180

Information

Calibrated parameters for Daikin WRA180.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.722176661834Electro-mechanical efficiency of the compressor [1]
PowerPLos3128.08507812Constant part of the compressor power losses [W]
RealvolRat2.25650476224Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00640722987639Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00303673424194Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup3.10253510583e-16Superheating at compressor suction [K]
ThermalConductanceUAEva83881.3683749Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon11553.9351864Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA180_63kW_4_50COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.25650476224, V_flow_nominal = 0.00640722987639, leaCoe = 0.00303673424194, etaEle = 0.722176661834, PLos = 3128.08507812, dTSup = 3.10253510583e-16, UACon = 11553.9351864, UAEva = 83881.3683749) "Calibrated parameters for Daikin WRA180";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA240_79kW_4_40COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA240_79kW_4_40COP_R410A

Calibrated parameters for Daikin WRA240

Information

Calibrated parameters for Daikin WRA240.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.727791339852Electro-mechanical efficiency of the compressor [1]
PowerPLos4018.51603651Constant part of the compressor power losses [W]
RealvolRat2.17536546687Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0081233732836Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0070428590136Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup2.84985105778e-23Superheating at compressor suction [K]
ThermalConductanceUAEva94620.7400986Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon12615.4293459Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA240_79kW_4_40COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.17536546687, V_flow_nominal = 0.0081233732836, leaCoe = 0.0070428590136, etaEle = 0.727791339852, PLos = 4018.51603651, dTSup = 2.84985105778e-23, UACon = 12615.4293459, UAEva = 94620.7400986) "Calibrated parameters for Daikin WRA240";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA300_93kW_4_60COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA300_93kW_4_60COP_R410A

Calibrated parameters for Daikin WRA300

Information

Calibrated parameters for Daikin WRA300.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.735457127351Electro-mechanical efficiency of the compressor [1]
PowerPLos5104.2326681Constant part of the compressor power losses [W]
RealvolRat2.14540444135Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00946627483153Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00983531785764Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup5.92067681695e-16Superheating at compressor suction [K]
ThermalConductanceUAEva114049.474787Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon16784.7393136Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA300_93kW_4_60COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.14540444135, V_flow_nominal = 0.00946627483153, leaCoe = 0.00983531785764, etaEle = 0.735457127351, PLos = 5104.2326681, dTSup = 5.92067681695e-16, UACon = 16784.7393136, UAEva = 114049.474787) "Calibrated parameters for Daikin WRA300";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA360_116kW_4_60COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA360_116kW_4_60COP_R410A

Calibrated parameters for Daikin WRA360

Information

Calibrated parameters for Daikin WRA360.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.737581999584Electro-mechanical efficiency of the compressor [1]
PowerPLos4731.51935299Constant part of the compressor power losses [W]
RealvolRat2.36231114404Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0129762607513Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0106609843642Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup10.0Superheating at compressor suction [K]
ThermalConductanceUAEva196974.891726Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon25362.0976534Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA360_116kW_4_60COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.36231114404, V_flow_nominal = 0.0129762607513, leaCoe = 0.0106609843642, etaEle = 0.737581999584, PLos = 4731.51935299, dTSup = 10.0, UACon = 25362.0976534, UAEva = 196974.891726) "Calibrated parameters for Daikin WRA360";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA420_137kW_4_50COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Daikin_WRA420_137kW_4_50COP_R410A

Calibrated parameters for Daikin WRA420

Information

Calibrated parameters for Daikin WRA420.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.749270140609Electro-mechanical efficiency of the compressor [1]
PowerPLos6263.77526408Constant part of the compressor power losses [W]
RealvolRat2.31768014295Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.0151967313394Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.0108643581925Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup10.0Superheating at compressor suction [K]
ThermalConductanceUAEva297902.470363Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon24801.5921552Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Daikin_WRA420_137kW_4_50COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.31768014295, V_flow_nominal = 0.0151967313394, leaCoe = 0.0108643581925, etaEle = 0.749270140609, PLos = 6263.77526408, dTSup = 10.0, UACon = 24801.5921552, UAEva = 297902.470363) "Calibrated parameters for Daikin WRA420";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW060_21kW_4_30COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW060_21kW_4_30COP_R410A

Calibrated parameters for Trane EXW060

Information

Calibrated parameters for Trane EXW060.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.894909766227Electro-mechanical efficiency of the compressor [1]
PowerPLos677.578359509Constant part of the compressor power losses [W]
RealvolRat1.97339400782Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00299097356737Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00368947815377Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup10.0Superheating at compressor suction [K]
ThermalConductanceUAEva41007.3610647Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon3260.47025405Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Trane_EXW060_21kW_4_30COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 1.97339400782, V_flow_nominal = 0.00299097356737, leaCoe = 0.00368947815377, etaEle = 0.894909766227, PLos = 677.578359509, dTSup = 10.0, UACon = 3260.47025405, UAEva = 41007.3610647) "Calibrated parameters for Trane EXW060";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW120_40kW_3_90COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW120_40kW_3_90COP_R410A

Calibrated parameters for Trane EXW120

Information

Calibrated parameters for Trane EXW120.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle1.0Electro-mechanical efficiency of the compressor [1]
PowerPLos2167.94596726Constant part of the compressor power losses [W]
RealvolRat1.7751510289Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00568762510737Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00493966413666Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup10.0Superheating at compressor suction [K]
ThermalConductanceUAEva38367.2250194Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon4233.2477479Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Trane_EXW120_40kW_3_90COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 1.7751510289, V_flow_nominal = 0.00568762510737, leaCoe = 0.00493966413666, etaEle = 1.0, PLos = 2167.94596726, dTSup = 10.0, UACon = 4233.2477479, UAEva = 38367.2250194) "Calibrated parameters for Trane EXW120";

Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW240_76kW_4_10COP_R410A Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Heating.Trane_EXW240_76kW_4_10COP_R410A

Calibrated parameters for Trane EXW240

Information

Calibrated parameters for Trane EXW240.

Extends from Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic (Record for scroll water to water heat pump).

Parameters

TypeNameDefaultDescription
Compressor
EfficiencyetaEle0.771299720173Electro-mechanical efficiency of the compressor [1]
PowerPLos3034.42959083Constant part of the compressor power losses [W]
RealvolRat2.15191083807Built-in volume ratio [1]
VolumeFlowRateV_flow_nominal0.00932406376397Refrigerant volume flow rate at suction [m3/s]
MassFlowRateleaCoe0.00855730520196Leakage coefficient [kg/s]
Evaporator
TemperatureDifferencedTSup2.21163986317Superheating at compressor suction [K]
ThermalConductanceUAEva97189.7265209Thermal conductance of evaporator between water and refrigerant [W/K]
Condenser
ThermalConductanceUACon14814.6977543Thermal conductance of condenser between water and refrigerant [W/K]

Modelica definition

record Trane_EXW240_76kW_4_10COP_R410A = Buildings.Fluid.HeatPumps.Data.ScrollWaterToWater.Generic ( volRat = 2.15191083807, V_flow_nominal = 0.00932406376397, leaCoe = 0.00855730520196, etaEle = 0.771299720173, PLos = 3034.42959083, dTSup = 2.21163986317, UACon = 14814.6977543, UAEva = 97189.7265209) "Calibrated parameters for Trane EXW240";