Buildings.Electrical.Transmission.LowVoltageCables

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Buildings.Electrical.Transmission.LowVoltageCables

Package of low voltage electricity cables used in distribution grid

Information

This package contains records of physical properties for low voltage commercial cables. New cables can be added by extending the base record Buildings.Electrical.Transmission.LowVoltageCables.Generic.

For low voltage cables, only the characteristic resistance and reactance are specified. See Buildings.Electrical.Transmission.Base.BaseCable for a comprehensive list of parameters that can be specified for a cable.

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

Package Content

Name	Description
Cu10	Cu cable 10 mm^2
Cu100	Cu cable 100 mm^2
Cu20	Cu cable 20 mm^2
Cu25	Cu cable 25 mm^2
Cu35	Cu cable 35 mm^2
Cu50	Cu cable 50 mm^2
Cu95	Cu cable 95 mm^2
Generic	Data record for a generic low voltage cable
PvcAl120	Aluminum cable 120mm^2
PvcAl120_ECM	Aluminum cable 120mm^2
PvcAl150	Aluminum cable 150mm^2
PvcAl16	Aluminum cable 16 mm^2
PvcAl16_ECM	Aluminum cable 16 mm^2
PvcAl25	Aluminum cable 25 mm^2
PvcAl25_ECM	Aluminum cable 25 mm^2
PvcAl35	Aluminum cable 35 mm^2
PvcAl35_ECM	Aluminum cable 35 mm^2
PvcAl50	Aluminum cable 50 mm^2
PvcAl70	Aluminum cable 70mm^2
PvcAl70_ECM	Aluminum cable 70mm^2
PvcAl75	Aluminum cable 75mm^2
PvcAl95	Aluminum cable 95mm^2

Buildings.Electrical.Transmission.LowVoltageCables.Cu10

Cu cable 10 mm^2

Information

Copper cable with a cross-sectional area of 10mm^2. This type of cable has the following properties

RCha = 1.810-003 // Characteristic resistance [Ohm/m]
XCha = 0.076e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Cu	Material of the cable
Current	Amp	65	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	234.5 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	1.81e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.076e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Cu10 "Cu cable 10 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Cu, M = 234.5 + 273.15, Amp=65, RCha=1.81e-003, XCha=0.076e-003); end Cu10;

Buildings.Electrical.Transmission.LowVoltageCables.Cu100

Cu cable 100 mm^2

Information

Copper cable with a cross-sectional area of 100mm^2. This type of cable has the following properties

RCha = 0.181e-003 // Characteristic resistance [Ohm/m]
XCha = 0.072e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Cu	Material of the cable
Current	Amp	230	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	234.5 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.181e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.072e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Cu100 "Cu cable 100 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Cu, M = 234.5 + 273.15, Amp = 230, RCha=0.181e-003, XCha=0.072e-003); end Cu100;

Buildings.Electrical.Transmission.LowVoltageCables.Cu20

Cu cable 20 mm^2

Information

Copper cable with a cross-sectional area of 20mm^2. This type of cable has the following properties

RCha = 0.905e-003 // Characteristic resistance [Ohm/m]
XCha = 0.075e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Cu	Material of the cable
Current	Amp	95	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	234.5 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.905e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.075e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Cu20 "Cu cable 20 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Cu, M = 234.5 + 273.15, Amp=95, RCha=0.905e-003, XCha=0.075e-003); end Cu20;

Buildings.Electrical.Transmission.LowVoltageCables.Cu25

Cu cable 25 mm^2

Information

Copper cable with a cross-sectional area of 25mm^2. This type of cable has the following properties

RCha = 0.727e-003 // Characteristic resistance [Ohm/m]
XCha = 0.075e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Cu	Material of the cable
Current	Amp	110	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	234.5 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.727e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.075e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Cu25 "Cu cable 25 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Cu, M = 234.5 + 273.15, Amp=110, RCha=0.727e-003, XCha=0.075e-003); end Cu25;

Buildings.Electrical.Transmission.LowVoltageCables.Cu35

Cu cable 35 mm^2

Information

Copper cable with a cross-sectional area of 35mm^2. This type of cable has the following properties

RCha = 0.517e-003 // Characteristic resistance [Ohm/m]
XCha = 0.074e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Cu	Material of the cable
Current	Amp	130	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	234.5 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.517e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.074e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Cu35 "Cu cable 35 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Cu, M = 234.5 + 273.15, Amp=130, RCha=0.517e-003, XCha=0.074e-003); end Cu35;

Buildings.Electrical.Transmission.LowVoltageCables.Cu50

Cu cable 50 mm^2

Information

Copper cable with a cross-sectional area of 50mm^2. This type of cable has the following properties

RCha = 0.362e-003 // Characteristic resistance [Ohm/m]
XCha = 0.073e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Cu	Material of the cable
Current	Amp	170	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	234.5 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.362e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.073e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Cu50 "Cu cable 50 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Cu, M = 234.5 + 273.15, Amp=170, RCha=0.362e-003, XCha=0.073e-003); end Cu50;

Buildings.Electrical.Transmission.LowVoltageCables.Cu95

Cu cable 95 mm^2

Information

Copper cable with a cross-sectional area of 95mm^2. This type of cable has the following properties

RCha = 0.191e-003 // Characteristic resistance [Ohm/m]
XCha = 0.072e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Cu	Material of the cable
Current	Amp	220	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	234.5 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.191e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.072e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Cu95 "Cu cable 95 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Cu, M = 234.5 + 273.15, Amp=220, RCha=0.191e-003, XCha=0.072e-003); end Cu95;

Buildings.Electrical.Transmission.LowVoltageCables.Generic

Data record for a generic low voltage cable

Information

This is a base record for specifying physical properties for low voltage commercial cables. New cables can be added by extending the it.

For low voltage cables, only the characteristic resistance and reactance are specified.

Extends from Modelica.Icons.MaterialProperty (Icon for property classes), Buildings.Electrical.Transmission.BaseClasses.BaseCable (Record that contains the properties of a generic cable).

Parameters

Type	Name	Default	Description
Material	material	Buildings.Electrical.Transmi...	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha		Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha		Characteristic reactance of the cable [Ohm/m]

Modelica definition

record Generic "Data record for a generic low voltage cable" extends Modelica.Icons.MaterialProperty; extends Buildings.Electrical.Transmission.BaseClasses.BaseCable; parameter Buildings.Electrical.Types.CharacteristicResistance RCha(start=0) "Characteristic resistance of the cable"; parameter Buildings.Electrical.Types.CharacteristicReactance XCha(start=0) "Characteristic reactance of the cable"; redeclare function extends lineResistance "Function that computes the resistance of a cable" input Buildings.Electrical.Transmission.LowVoltageCables.Generic cable "Record that contains cable properties"; algorithm R :=cable.RCha*l; end lineResistance; redeclare function extends lineInductance "Function that computes the resistance of a cable" input Buildings.Electrical.Transmission.LowVoltageCables.Generic cable "Record that contains cable properties"; algorithm L := l*(cable.XCha/omega); end lineInductance; redeclare function extends lineCapacitance "Function that computes the capacitance of a cable" input Buildings.Electrical.Transmission.LowVoltageCables.Generic cable "Record that contains cable properties"; algorithm C := 0.0; end lineCapacitance; end Generic;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl120

Aluminum cable 120mm^2

Information

Aluminium cable with a cross-sectional area of 120mm^2. This type of cable has the following properties

RCha = 0.269e-003 // Characteristic resistance [Ohm/m]
XCha = 0.071e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.269e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.071e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl120 "Aluminum cable 120mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.269e-003, XCha=0.071e-003); end PvcAl120;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl120_ECM

Aluminum cable 120mm^2

Information

Aluminium cable with a cross-sectional area of 120mm^2, ECM type. This type of cable has the following properties

RCha = 0.278e-003 // Characteristic resistance [Ohm/m]
XCha = 0.071e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.278e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.071e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl120_ECM "Aluminum cable 120mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.278e-003, XCha=0.071e-003); end PvcAl120_ECM;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl150

Aluminum cable 150mm^2

Information

Aluminium cable with a cross-sectional area of 150mm^2. This type of cable has the following properties

RCha = 0.206e-003 // Characteristic resistance [Ohm/m]
XCha = 0.070e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.206e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.070e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl150 "Aluminum cable 150mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.206e-003, XCha=0.070e-003); end PvcAl150;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl16

Aluminum cable 16 mm^2

Information

Aluminium cable with a cross-sectional area of 16mm^2, ECM type. This type of cable has the following properties

RCha = 2.105e-003 // Characteristic resistance [Ohm/m]
XCha = 0.076e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	2.105e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.076e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl16 "Aluminum cable 16 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=2.105e-003, XCha=0.076e-003); end PvcAl16;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl16_ECM

Aluminum cable 16 mm^2

Information

Aluminium cable with a cross-sectional area of 16mm^2, ECM type. This type of cable has the following properties

RCha = 2.105e-003 // Characteristic resistance [Ohm/m]
XCha = 0.076e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	2.105e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.076e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl16_ECM "Aluminum cable 16 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=2.105e-003, XCha=0.076e-003); end PvcAl16_ECM;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl25

Aluminum cable 25 mm^2

Information

Aluminium cable with a cross-sectional area of 25mm^2, ECM type. This type of cable has the following properties

RCha = 1.292e-003 // Characteristic resistance [Ohm/m]
XCha = 0.075e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	1.292e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.075e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl25 "Aluminum cable 25 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=1.292e-003, XCha=0.075e-003); end PvcAl25;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl25_ECM

Aluminum cable 25 mm^2

Information

Aluminium cable with a cross-sectional area of 25mm^2, ECM type. This type of cable has the following properties

RCha = 1.320e-003 // Characteristic resistance [Ohm/m]
XCha = 0.075e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	1.32e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.075e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl25_ECM "Aluminum cable 25 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=1.32e-003, XCha=0.075e-003); end PvcAl25_ECM;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl35

Aluminum cable 35 mm^2

Information

Aluminium cable with a cross-sectional area of 35mm^2, ECM type. This type of cable has the following properties

RCha = 0.923e-003 // Characteristic resistance [Ohm/m]
XCha = 0.074e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.923e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.074e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl35 "Aluminum cable 35 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.923e-003, XCha=0.074e-003); end PvcAl35;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl35_ECM

Aluminum cable 35 mm^2

Information

Aluminium cable with a cross-sectional area of 35mm^2, ECM type. This type of cable has the following properties

RCha = 0.956e-003 // Characteristic resistance [Ohm/m]
XCha = 0.074e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.956e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.074e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl35_ECM "Aluminum cable 35 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.956e-003, XCha=0.074e-003); end PvcAl35_ECM;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl50

Aluminum cable 50 mm^2

Information

Aluminium cable with a cross-sectional area of 50mm^2. This type of cable has the following properties

RCha = 0.641e-003 // Characteristic resistance [Ohm/m]
XCha = 0.073e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.641e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.073e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl50 "Aluminum cable 50 mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.641e-003, XCha=0.073e-003); end PvcAl50;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl70

Aluminum cable 70mm^2

Information

Aluminium cable with a cross-sectional area of 70mm^2. This type of cable has the following properties

RCha = 0.5071e-003 // Characteristic resistance [Ohm/m]
XCha = 0.072e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.5071e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.072e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl70 "Aluminum cable 70mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.5071e-003, XCha=0.072e-003); end PvcAl70;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl70_ECM

Aluminum cable 70mm^2

Information

Aluminium cable with a cross-sectional area of 70mm^2, ECM type. This type of cable has the following properties

RCha = 0.488e-003 // Characteristic resistance [Ohm/m]
XCha = 0.072e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.488e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.072e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl70_ECM "Aluminum cable 70mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.488e-003, XCha=0.072e-003); end PvcAl70_ECM;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl75

Aluminum cable 75mm^2

Information

Aluminium cable with a cross-sectional area of 75mm^2. This type of cable has the following properties

RCha = 0.431e-003 // Characteristic resistance [Ohm/m]
XCha = 0.072e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.431e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.072e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl75 "Aluminum cable 75mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.431e-003, XCha=0.072e-003); end PvcAl75;

Buildings.Electrical.Transmission.LowVoltageCables.PvcAl95

Aluminum cable 95mm^2

Information

Aluminium cable with a cross-sectional area of 95mm^2. This type of cable has the following properties

RCha = 0.320e-003 // Characteristic resistance [Ohm/m]
XCha = 0.072e-003 // Characteristic reactance [Ohm/m]

Extends from Buildings.Electrical.Transmission.LowVoltageCables.Generic (Data record for a generic low voltage cable).

Parameters

Type	Name	Default	Description
Material	material	Types.Material.Al	Material of the cable
Current	Amp	0.0	Ampacitance of the cable [A]
Temperature	T_ref	298.15	Reference cable temperature [K]
Temperature	M	228.1 + 273.15	Temperature constant of the material [K]
replaceable function lineResistance			Function that computes the resistance of a cable
replaceable function lineInductance			Function that computes the inductance of a cable
replaceable function lineCapacitance			Function that computes the capacitance of a cable
CharacteristicResistance	RCha	0.320e-003	Characteristic resistance of the cable [Ohm/m]
CharacteristicReactance	XCha	0.072e-003	Characteristic reactance of the cable [Ohm/m]

Modelica definition

record PvcAl95 "Aluminum cable 95mm^2" extends Buildings.Electrical.Transmission.LowVoltageCables.Generic( material=Types.Material.Al, M = 228.1 + 273.15, RCha=0.320e-003, XCha=0.072e-003); end PvcAl95;

Automatically generated Thu Apr 9 09:34:19 2015.