Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses

Package with base class models

Information

This package contains base classes used by the models that are part of the package Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.

Extends from Modelica.Icons.BasesPackage (Icon for packages containing base classes).

Package Content

Name	Description
BaseUnbalancedPV	Partial model for an unbalanced PV source
BaseUnbalancedWindTurbine	Partial model for an unbalanced wind power source
PartialSource	Partial model for a three-phase AC unbalanced voltage source without neutral cable
PartialSource_N	Partial model for a three-phase AC unbalanced voltage source with neutral cable
UnbalancedPV	Base model for an unbalanced PV source without neutral cable
UnbalancedPV_N	Base model for an unbalanced PV source with neutral cable
UnbalancedWindTurbine	Base model for an unbalanced wind power source without neutral cable
UnbalancedWindTurbine_N	Base model for an unbalanced wind power source with neutral cable

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedPV

Partial model for an unbalanced PV source

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedPV

Information

This model is a partial class extended by three-phase unbalanced PV power sources.

The model has boolean parameters plugPhase1, plugPhase2, and plugPhase3 that can be used to connect the PV in an unbalanced configuration.

The model has an array areaFraction[3] that is used to determine how to partition the power of the PVs on the three-phase. By default it is assumed a uniform partition areaFraction[3] = {1/3, 1/3, 1/3}.

Extends from Buildings.Electrical.Interfaces.PartialPluggableUnbalanced (Partial interface for unbalanced loads), Buildings.Electrical.Interfaces.PartialPvBase (Partial model with basic parameters for PVs), Buildings.Electrical.Interfaces.PartialAcDcParameters (Partial model that contains basic parameters for a DC/AC conversion system).

Parameters

Type	Name	Default	Description
Boolean	plugPhase1	true	If true, phase 1 is connected
Boolean	plugPhase2	true	If true, phase 2 is connected
Boolean	plugPhase3	true	If true, phase 3 is connected
Area	A		Gross surface area (including area not covered with active PV cells) [m2]
Real	fAct	0.9	Fraction of surface area with active solar cells [1]
Real	eta	0.12	Module conversion efficiency [1]
Real	areaFraction[3]	ones(3)/3	Fraction of area occupied by the PVs of each phase
PVSimple	pv_phase2	pv_phase2(pf=pf, eta_DCAC=et...	PV phase 2
PVSimple	pv_phase3	pv_phase3(pf=pf, eta_DCAC=et...	PV phase 3
PVSimple	pv_phase1	pv_phase1(pf=pf, eta_DCAC=et...	PV phase 1
AC-Conversion
Real	pf	0.9	Power factor
Real	eta_DCAC	0.9	Efficiency of DC/AC conversion
Nominal conditions
Voltage	V_nominal		Nominal voltage (V_nominal >= 0) [V]

Connectors

Type	Name	Description
output RealOutput	P	Generated power [W]

Modelica definition

partial model BaseUnbalancedPV "Partial model for an unbalanced PV source" extends Buildings.Electrical.Interfaces.PartialPluggableUnbalanced; extends Buildings.Electrical.Interfaces.PartialPvBase; extends Buildings.Electrical.Interfaces.PartialAcDcParameters; parameter Modelica.Units.SI.Voltage V_nominal(min=0, start=480) "Nominal voltage (V_nominal >= 0)"; parameter Real areaFraction[3](each min=0, each max=1.0) = ones(3)/3 "Fraction of area occupied by the PVs of each phase"; replaceable OnePhase.Sources.PVSimple pv_phase2( pf=pf, eta_DCAC=eta_DCAC, A=A*areaFraction[2], fAct=fAct, eta=eta, V_nominal=V_nominal/sqrt(3)) if plugPhase2 "PV phase 2"; replaceable OnePhase.Sources.PVSimple pv_phase3( pf=pf, eta_DCAC=eta_DCAC, A=A*areaFraction[3], fAct=fAct, eta=eta, V_nominal=V_nominal/sqrt(3)) if plugPhase3 "PV phase 3"; replaceable OnePhase.Sources.PVSimple pv_phase1( pf=pf, eta_DCAC=eta_DCAC, A=A*areaFraction[1], fAct=fAct, eta=eta, V_nominal=V_nominal/sqrt(3)) if plugPhase1 "PV phase 1"; Modelica.Blocks.Math.Add3 sumBlock "Sum of the generated power on each phase"; protected Modelica.Blocks.Interfaces.RealOutput G_int "Total solar irradiation per unit area"; equation assert(abs(sum(areaFraction)-1) < Modelica.Constants.eps, "Model that extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedPV, has an invalid value for the vector areaFraction[:]. The sum of the elements has to be equal to 1.0.", level=AssertionLevel.error); if plugPhase1 then connect(pv_phase1.G, G_int); end if; if plugPhase2 then connect(G_int, pv_phase2.G); end if; if plugPhase3 then connect(G_int, pv_phase3.G); end if; if plugPhase1 then connect(pv_phase1.P, sumBlock.u1); else sumBlock.u1 = 0; end if; if plugPhase2 then connect(pv_phase2.P, sumBlock.u2); else sumBlock.u2 = 0; end if; if plugPhase3 then connect(pv_phase3.P, sumBlock.u3); else sumBlock.u3 = 0; end if; connect(sumBlock.y, P); end BaseUnbalancedPV;

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedWindTurbine

Partial model for an unbalanced wind power source

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedWindTurbine

Information

This model is a partial class extended by three-phase unbalanced wind turbine power sources.

The model has boolean parameters plugPhase1, plugPhase2, and plugPhase3 that can be used to connect the wind turbines in an unbalanced configuration.

The model has an array scaleFraction[3] that is used to determine how to partition the power of the wind turbines on the three-phase. By default it is assumed a uniform partition scaleFraction[3] = {1/3, 1/3, 1/3}.

Extends from Buildings.Electrical.Interfaces.PartialPluggableUnbalanced (Partial interface for unbalanced loads), Buildings.Electrical.Interfaces.PartialAcDcParameters (Partial model that contains basic parameters for a DC/AC conversion system), Buildings.Electrical.BaseClasses.WindTurbine.PartialWindTurbineBase (Base class for turbine model that contains basic parameters).

Parameters

Type	Name	Default	Description
Boolean	plugPhase1	true	If true, phase 1 is connected
Boolean	plugPhase2	true	If true, phase 2 is connected
Boolean	plugPhase3	true	If true, phase 3 is connected
Real	scale	1	Scaling factor, used to allow adjusting the power output without changing the table
Boolean	tableOnFile	false	true, if table is defined on file or in function usertab
Real	table[:, 2]	[3.5, 0; 5.5, 0.1; 12, 0.9; ...	Table of generated power (first column is wind speed, second column is power)
String	tableName	"NoName"	Table name on file or in function usertab (see documentation)
String	fileName	"NoName"	File where matrix is stored
Real	scaleFraction[3]	ones(3)/3	Fraction of power allocated to the wind turbines of each phase
WindTurbine	wt_phase2	wt_phase2(pf=pf, eta_DCAC=et...	Wind turbine phase 2
WindTurbine	wt_phase3	wt_phase3(pf=pf, eta_DCAC=et...	Wind turbine phase 3
WindTurbine	wt_phase1	wt_phase1(pf=pf, eta_DCAC=et...	Wind turbine phase 1
AC-Conversion
Real	pf	0.9	Power factor
Real	eta_DCAC	0.9	Efficiency of DC/AC conversion
Wind correction
Real	h		Height over ground
Height	hRef	10	Reference height for wind measurement [m]
Real	nWin	0.4	Height exponent for wind profile calculation

Connectors

Type	Name	Description
input RealInput	vWin	Steady wind speed [m/s]
output RealOutput	P	Generated power [W]

Modelica definition

partial model BaseUnbalancedWindTurbine "Partial model for an unbalanced wind power source" extends Buildings.Electrical.Interfaces.PartialPluggableUnbalanced; extends Buildings.Electrical.Interfaces.PartialAcDcParameters; extends Buildings.Electrical.BaseClasses.WindTurbine.PartialWindTurbineBase( V_nominal(start = 480)); parameter Real scaleFraction[3](each min=0, each max=1.0) = ones(3)/3 "Fraction of power allocated to the wind turbines of each phase"; replaceable OnePhase.Sources.WindTurbine wt_phase2( pf=pf, eta_DCAC=eta_DCAC, scale=scale*scaleFraction[2], h=h, hRef=hRef, nWin=nWin, tableOnFile=tableOnFile, table=table, tableName=tableName, fileName=fileName, V_nominal=V_nominal/sqrt(3)) if plugPhase2 "Wind turbine phase 2"; replaceable OnePhase.Sources.WindTurbine wt_phase3( pf=pf, eta_DCAC=eta_DCAC, scale=scale*scaleFraction[3], h=h, hRef=hRef, nWin=nWin, tableOnFile=tableOnFile, table=table, tableName=tableName, fileName=fileName, V_nominal=V_nominal/sqrt(3)) if plugPhase3 "Wind turbine phase 3"; replaceable OnePhase.Sources.WindTurbine wt_phase1( pf=pf, eta_DCAC=eta_DCAC, scale=scale*scaleFraction[1], h=h, hRef=hRef, nWin=nWin, tableOnFile=tableOnFile, table=table, tableName=tableName, fileName=fileName, V_nominal=V_nominal/sqrt(3)) if plugPhase1 "Wind turbine phase 1"; Modelica.Blocks.Math.Add3 sumBlock "Sum of th epower generated on each phase"; equation assert(abs(sum(scaleFraction)-1) < Modelica.Constants.eps, "Model that extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedWindTurbine, has an invalid value for the vector scaleFraction[:]. The sum of the elements has to be equal to 1.0.", level=AssertionLevel.error); if plugPhase1 then connect(wt_phase1.P, sumBlock.u1); else sumBlock.u1 = 0; end if; if plugPhase2 then connect(wt_phase2.P, sumBlock.u2); else sumBlock.u2 = 0; end if; if plugPhase3 then connect(wt_phase3.P, sumBlock.u3); else sumBlock.u3 = 0; end if; connect(sumBlock.y, P); connect(vWin, wt_phase1.vWin); connect(vWin, wt_phase2.vWin); connect(vWin, wt_phase3.vWin); end BaseUnbalancedWindTurbine;

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource

Partial model for a three-phase AC unbalanced voltage source without neutral cable

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource

Information

This model is a partial class extended by three-phase unbalanced voltage sources without neutral cable connection.

Connectors

Type	Name	Description
Terminal_p	terminal	Connector for three-phase unbalanced systems

Modelica definition

partial model PartialSource "Partial model for a three-phase AC unbalanced voltage source without neutral cable" Interfaces.Connection3to3Ground_p connection3to4 "Connection between three to four AC connectors with ground connection"; OnePhase.Basics.Ground ground "Ground reference"; Interfaces.Terminal_p terminal "Connector for three-phase unbalanced systems"; equation connect(connection3to4.terminal3,terminal); connect(ground.terminal, connection3to4.ground4); end PartialSource;

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource_N

Partial model for a three-phase AC unbalanced voltage source with neutral cable

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource_N

Information

This model is a partial class extended by three-phase unbalanced voltage sources that have a neutral cable.

The neutral cable is connected to the ground reference.

Connectors

Type	Name	Description
Terminal4_p	terminal	Connector for three-phase unbalanced systems with neutral cable

Modelica definition

partial model PartialSource_N "Partial model for a three-phase AC unbalanced voltage source with neutral cable" OnePhase.Basics.Ground ground "Ground reference"; Interfaces.Terminal4_p terminal "Connector for three-phase unbalanced systems with neutral cable"; equation connect(ground.terminal, terminal.phase[4]); end PartialSource_N;

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedPV

Base model for an unbalanced PV source without neutral cable

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedPV

Information

This model is a class extended by three-phase unbalanced PV power sources without neutral cable.

Extends from Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedPV (Partial model for an unbalanced PV source), Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource (Partial model for a three-phase AC unbalanced voltage source without neutral cable).

Parameters

Type	Name	Default	Description
Boolean	plugPhase1	true	If true, phase 1 is connected
Boolean	plugPhase2	true	If true, phase 2 is connected
Boolean	plugPhase3	true	If true, phase 3 is connected
Area	A		Gross surface area (including area not covered with active PV cells) [m2]
Real	fAct	0.9	Fraction of surface area with active solar cells [1]
Real	eta	0.12	Module conversion efficiency [1]
Real	areaFraction[3]	ones(3)/3	Fraction of area occupied by the PVs of each phase
PVSimple	pv_phase2	redeclare OnePhase.Sources.P...	PV phase 2
PVSimple	pv_phase3	redeclare OnePhase.Sources.P...	PV phase 3
PVSimple	pv_phase1	redeclare OnePhase.Sources.P...	PV phase 1
AC-Conversion
Real	pf	0.9	Power factor
Real	eta_DCAC	0.9	Efficiency of DC/AC conversion
Nominal conditions
Voltage	V_nominal		Nominal voltage (V_nominal >= 0) [V]

Connectors

Type	Name	Description
output RealOutput	P	Generated power [W]
Terminal_p	terminal	Connector for three-phase unbalanced systems

Modelica definition

model UnbalancedPV "Base model for an unbalanced PV source without neutral cable" extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedPV; extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource; protected Interfaces.Adapter3to3 ada "Adapter"; equation if plugPhase1 then connect(pv_phase1.terminal, ada.terminals[1]); end if; if plugPhase2 then connect(pv_phase2.terminal, ada.terminals[2]); end if; if plugPhase3 then connect(pv_phase3.terminal, ada.terminals[3]); end if; connect(ada.terminal, connection3to4.terminal4); end UnbalancedPV;

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedPV_N

Base model for an unbalanced PV source with neutral cable

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedPV_N

Information

This model is a class extended by three-phase unbalanced PV power sources with neutral cable connection.

The neutral cable is connected to the ground reference.

Extends from Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedPV (Partial model for an unbalanced PV source).

Parameters

Type	Name	Default	Description
Boolean	plugPhase1	true	If true, phase 1 is connected
Boolean	plugPhase2	true	If true, phase 2 is connected
Boolean	plugPhase3	true	If true, phase 3 is connected
Area	A		Gross surface area (including area not covered with active PV cells) [m2]
Real	fAct	0.9	Fraction of surface area with active solar cells [1]
Real	eta	0.12	Module conversion efficiency [1]
Real	areaFraction[3]	ones(3)/3	Fraction of area occupied by the PVs of each phase
PVSimple	pv_phase2	redeclare OnePhase.Sources.P...	PV phase 2
PVSimple	pv_phase3	redeclare OnePhase.Sources.P...	PV phase 3
PVSimple	pv_phase1	redeclare OnePhase.Sources.P...	PV phase 1
AC-Conversion
Real	pf	0.9	Power factor
Real	eta_DCAC	0.9	Efficiency of DC/AC conversion
Nominal conditions
Voltage	V_nominal		Nominal voltage (V_nominal >= 0) [V]

Connectors

Type	Name	Description
output RealOutput	P	Generated power [W]
Terminal4_p	terminal	Connector for three-phase unbalanced systems with neutral cable

Modelica definition

model UnbalancedPV_N "Base model for an unbalanced PV source with neutral cable" extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedPV; Interfaces.Terminal4_p terminal "Connector for three-phase unbalanced systems with neutral cable"; Interfaces.Connection3to4_p conn3to4 "Connection between 3 to 4 wire"; protected Interfaces.Adapter3to3 ada "Adapter"; equation if plugPhase1 then connect(pv_phase1.terminal, ada.terminals[1]); end if; if plugPhase2 then connect(pv_phase2.terminal, ada.terminals[2]); end if; if plugPhase3 then connect(pv_phase3.terminal, ada.terminals[3]); end if; connect(conn3to4.terminal4, terminal); connect(ada.terminal, conn3to4.terminal3); end UnbalancedPV_N;

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedWindTurbine

Base model for an unbalanced wind power source without neutral cable

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedWindTurbine

Information

This model is a class extended by three-phase unbalanced wind turbine power sources without neutral cable.

Extends from Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedWindTurbine (Partial model for an unbalanced wind power source), Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource (Partial model for a three-phase AC unbalanced voltage source without neutral cable).

Parameters

Type	Name	Default	Description
Boolean	plugPhase1	true	If true, phase 1 is connected
Boolean	plugPhase2	true	If true, phase 2 is connected
Boolean	plugPhase3	true	If true, phase 3 is connected
Real	scale	1	Scaling factor, used to allow adjusting the power output without changing the table
Boolean	tableOnFile	false	true, if table is defined on file or in function usertab
Real	table[:, 2]	[3.5, 0; 5.5, 0.1; 12, 0.9; ...	Table of generated power (first column is wind speed, second column is power)
String	tableName	"NoName"	Table name on file or in function usertab (see documentation)
String	fileName	"NoName"	File where matrix is stored
Real	scaleFraction[3]	ones(3)/3	Fraction of power allocated to the wind turbines of each phase
WindTurbine	wt_phase2	redeclare OnePhase.Sources.W...	Wind turbine phase 2
WindTurbine	wt_phase3	redeclare OnePhase.Sources.W...	Wind turbine phase 3
WindTurbine	wt_phase1	redeclare OnePhase.Sources.W...	Wind turbine phase 1
AC-Conversion
Real	pf	0.9	Power factor
Real	eta_DCAC	0.9	Efficiency of DC/AC conversion
Wind correction
Real	h		Height over ground
Height	hRef	10	Reference height for wind measurement [m]
Real	nWin	0.4	Height exponent for wind profile calculation
Nominal conditions
Voltage	V_nominal	V_nominal(start=480)	Nominal voltage (V_nominal >= 0) [V]

Connectors

Type	Name	Description
input RealInput	vWin	Steady wind speed [m/s]
output RealOutput	P	Generated power [W]
Terminal_p	terminal	Connector for three-phase unbalanced systems

Modelica definition

model UnbalancedWindTurbine "Base model for an unbalanced wind power source without neutral cable" extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedWindTurbine; extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.PartialSource; protected Interfaces.Adapter3to3 ada "Adapter"; equation if plugPhase1 then connect(wt_phase1.terminal, ada.terminals[1]); end if; if plugPhase2 then connect(wt_phase2.terminal, ada.terminals[2]); end if; if plugPhase3 then connect(wt_phase3.terminal, ada.terminals[3]); end if; connect(ada.terminal, connection3to4.terminal4); end UnbalancedWindTurbine;

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedWindTurbine_N

Base model for an unbalanced wind power source with neutral cable

Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.UnbalancedWindTurbine_N

Information

This model is a class extended by three-phase unbalanced wind turbine power sources with neutral cable connection.

The neutral cable is connected to the ground reference.

Extends from Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedWindTurbine (Partial model for an unbalanced wind power source).

Parameters

Type	Name	Default	Description
Boolean	plugPhase1	true	If true, phase 1 is connected
Boolean	plugPhase2	true	If true, phase 2 is connected
Boolean	plugPhase3	true	If true, phase 3 is connected
Real	scale	1	Scaling factor, used to allow adjusting the power output without changing the table
Boolean	tableOnFile	false	true, if table is defined on file or in function usertab
Real	table[:, 2]	[3.5, 0; 5.5, 0.1; 12, 0.9; ...	Table of generated power (first column is wind speed, second column is power)
String	tableName	"NoName"	Table name on file or in function usertab (see documentation)
String	fileName	"NoName"	File where matrix is stored
Real	scaleFraction[3]	ones(3)/3	Fraction of power allocated to the wind turbines of each phase
WindTurbine	wt_phase2	redeclare OnePhase.Sources.W...	Wind turbine phase 2
WindTurbine	wt_phase3	redeclare OnePhase.Sources.W...	Wind turbine phase 3
WindTurbine	wt_phase1	redeclare OnePhase.Sources.W...	Wind turbine phase 1
AC-Conversion
Real	pf	0.9	Power factor
Real	eta_DCAC	0.9	Efficiency of DC/AC conversion
Wind correction
Real	h		Height over ground
Height	hRef	10	Reference height for wind measurement [m]
Real	nWin	0.4	Height exponent for wind profile calculation
Nominal conditions
Voltage	V_nominal	V_nominal(start=480)	Nominal voltage (V_nominal >= 0) [V]

Connectors

Type	Name	Description
input RealInput	vWin	Steady wind speed [m/s]
output RealOutput	P	Generated power [W]
Terminal4_p	terminal	Connector for three-phase unbalanced systems with neutral cable

Modelica definition

model UnbalancedWindTurbine_N "Base model for an unbalanced wind power source with neutral cable" extends Buildings.Electrical.AC.ThreePhasesUnbalanced.Sources.BaseClasses.BaseUnbalancedWindTurbine; Interfaces.Terminal4_p terminal "Connector for three-phase unbalanced systems with neutral cable"; Interfaces.Connection3to4_p conn3to4 "Connection between 3 to 4 wire"; protected Interfaces.Adapter3to3 ada "Adapter"; equation if plugPhase1 then connect(wt_phase1.terminal, ada.terminals[1]); end if; if plugPhase2 then connect(wt_phase2.terminal, ada.terminals[2]); end if; if plugPhase3 then connect(wt_phase3.terminal, ada.terminals[3]); end if; connect(conn3to4.terminal4, terminal); connect(ada.terminal, conn3to4.terminal3); end UnbalancedWindTurbine_N;