modelWPP4CurrentSource_INIT

Wind Power Plant Type 4 model from IEC 61400-27-1 standard : initialization model

Extends from Dynawo.Electrical.Wind.IEC.WT.WT4CurrentSource_INIT (Wind Turbine Type 4 model from IEC 61400-27-1 standard : initialization model).

Parameters

Type	Name	Default	Description
Types.ApparentPowerModule	SNom (from WT4CurrentSource_INIT)		Nominal converter apparent power in MVA
Types.PerUnit	BesPu (from WT4CurrentSource_INIT)	if ConverterLVControl then 0 else BLvTrPu	Shunt susceptance between converter output and WT terminal in pu (base UNom, SNom)
Types.PerUnit	GesPu (from WT4CurrentSource_INIT)	if ConverterLVControl then 0 else GLvTrPu	Shunt conductance between converter output and WT terminal in pu (base UNom, SNom)
Types.PerUnit	ResPu (from WT4CurrentSource_INIT)	if ConverterLVControl then 0 else RLvTrPu	Serial resistance between converter output and WT terminal in pu (base UNom, SNom)
Types.PerUnit	XesPu (from WT4CurrentSource_INIT)	if ConverterLVControl then 0 else XLvTrPu	Serial reactance between converter output and WT terminal in pu (base UNom, SNom)
Types.CurrentModulePu	IMaxPu (from WT4CurrentSource_INIT)		Maximum current at converter terminal in pu (base UNom, SNom)
Types.PerUnit	Kpqu (from WT4CurrentSource_INIT)		Partial derivative of reactive current limit against voltage in pu (base UNom, SNom)
Types.VoltageModulePu	UpquMaxPu (from WT4CurrentSource_INIT)		WT voltage in the operation point where zero reactive power can be delivered, in pu (base UNom)
Integer	MqG (from WT4CurrentSource_INIT)		General Q control mode (0-4): Voltage control (0), Reactive power control (1), Open loop reactive power control (2), Power factor control (3), Open loop power factor control (4)
Types.PerUnit	RDropPu (from WT4CurrentSource_INIT)		Resistive component of voltage drop impedance in pu (base UNom, SNom)
Types.VoltageModulePu	URef0Pu (from WT4CurrentSource_INIT)		User-defined bias in voltage reference in pu (base UNom)
Types.PerUnit	XDropPu (from WT4CurrentSource_INIT)		Inductive component of voltage drop impedance in pu (base UNom, SNom)
Boolean	QlConst (from WT4CurrentSource_INIT)		True if limits are constant
Types.ReactivePowerPu	QMaxPu (from WT4CurrentSource_INIT)		Constant maximum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ReactivePowerPu	QMinPu (from WT4CurrentSource_INIT)		Constant minimum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ActivePowerPu	P0Pu (from WT4CurrentSource_INIT)		Initial active power at grid terminal in pu (base SnRef) (receptor convention)
Types.ReactivePowerPu	Q0Pu (from WT4CurrentSource_INIT)		Initial reactive power at grid terminal in pu (base SnRef) (receptor convention)
Types.VoltageModulePu	U0Pu (from WT4CurrentSource_INIT)		Initial voltage amplitude at grid terminal in pu (base UNom)
Types.Angle	UPhase0 (from WT4CurrentSource_INIT)		Initial voltage angle at grid terminal in rad
Types.PerUnit	BPcsPu	if PPCLocal and ConverterLVControl then BLvTrPu + BMvHvPu elseif PPCLocal and not ConverterLVControl then BMvHvPu elseif not PPCLocal and ConverterLVControl then BLvTrPu else 0	Shunt susceptance between WT terminal and model's output terminal in pu (base UNom, SNom)
Types.PerUnit	GPcsPu	if PPCLocal and ConverterLVControl then GLvTrPu + GMvHvPu elseif PPCLocal and not ConverterLVControl then GMvHvPu elseif not PPCLocal and ConverterLVControl then GLvTrPu else 0	Shunt conductance between WT terminal and model's output terminal in pu (base UNom, SNom)
Types.PerUnit	RPcsPu	if PPCLocal and ConverterLVControl then RLvTrPu + RMvHvPu elseif PPCLocal and not ConverterLVControl then RMvHvPu elseif not PPCLocal and ConverterLVControl then RLvTrPu else 0	Serial resistance between WT terminal and model's output terminal in pu (base UNom, SNom)
Types.PerUnit	XPcsPu	if PPCLocal and ConverterLVControl then XLvTrPu + XMvHvPu elseif PPCLocal and not ConverterLVControl then XMvHvPu elseif not PPCLocal and ConverterLVControl then XLvTrPu else 0	Serial reactance between WT terminal and model's output terminal in pu (base UNom, SNom)
QLimitTables
Real	TableQMaxUwtcFilt11 (from QLimitParameters)	0
Real	TableQMaxUwtcFilt12 (from QLimitParameters)	0
Real	TableQMaxUwtcFilt21 (from QLimitParameters)	0.001
Real	TableQMaxUwtcFilt22 (from QLimitParameters)	0
Real	TableQMaxUwtcFilt31 (from QLimitParameters)	0.8
Real	TableQMaxUwtcFilt32 (from QLimitParameters)	0.33
Real	TableQMaxUwtcFilt41 (from QLimitParameters)	1.2
Real	TableQMaxUwtcFilt42 (from QLimitParameters)	0.33
Real	TableQMaxUwtcFilt51 (from QLimitParameters)	1.21
Real	TableQMaxUwtcFilt52 (from QLimitParameters)	0.33
Real	TableQMaxUwtcFilt61 (from QLimitParameters)	1.22
Real	TableQMaxUwtcFilt62 (from QLimitParameters)	0.33
Real[:,:]	TableQMaxUwtcFilt (from QLimitParameters)	[TableQMaxUwtcFilt11, TableQMaxUwtcFilt12; TableQMaxUwtcFilt21, TableQMaxUwtcFilt22; TableQMaxUwtcFilt31, TableQMaxUwtcFilt32; TableQMaxUwtcFilt41, TableQMaxUwtcFilt42; TableQMaxUwtcFilt51, TableQMaxUwtcFilt52; TableQMaxUwtcFilt61, TableQMaxUwtcFilt62]	Voltage dependency of reactive power maximum limit
Real	TableQMinUwtcFilt11 (from QLimitParameters)	0
Real	TableQMinUwtcFilt12 (from QLimitParameters)	0
Real	TableQMinUwtcFilt21 (from QLimitParameters)	0.001
Real	TableQMinUwtcFilt22 (from QLimitParameters)	0
Real	TableQMinUwtcFilt31 (from QLimitParameters)	0.8
Real	TableQMinUwtcFilt32 (from QLimitParameters)	-0.33
Real	TableQMinUwtcFilt41 (from QLimitParameters)	1.2
Real	TableQMinUwtcFilt42 (from QLimitParameters)	-0.33
Real[:,:]	TableQMinUwtcFilt (from QLimitParameters)	[TableQMinUwtcFilt11, TableQMinUwtcFilt12; TableQMinUwtcFilt21, TableQMinUwtcFilt22; TableQMinUwtcFilt31, TableQMinUwtcFilt32; TableQMinUwtcFilt41, TableQMinUwtcFilt42]	Voltage dependency of reactive power minimum limit
Real	TableQMaxPwtcFilt11 (from QLimitParameters)	0
Real	TableQMaxPwtcFilt12 (from QLimitParameters)	0
Real	TableQMaxPwtcFilt21 (from QLimitParameters)	0.001
Real	TableQMaxPwtcFilt22 (from QLimitParameters)	0
Real	TableQMaxPwtcFilt31 (from QLimitParameters)	0.3
Real	TableQMaxPwtcFilt32 (from QLimitParameters)	0.33
Real	TableQMaxPwtcFilt41 (from QLimitParameters)	1
Real	TableQMaxPwtcFilt42 (from QLimitParameters)	0.33
Real[:,:]	TableQMaxPwtcFilt (from QLimitParameters)	[TableQMaxPwtcFilt11, TableQMaxPwtcFilt12; TableQMaxPwtcFilt21, TableQMaxPwtcFilt22; TableQMaxPwtcFilt31, TableQMaxPwtcFilt32; TableQMaxPwtcFilt41, TableQMaxPwtcFilt42]	Active power dependency of reactive power maximum limit
Real	TableQMinPwtcFilt11 (from QLimitParameters)	0
Real	TableQMinPwtcFilt12 (from QLimitParameters)	0
Real	TableQMinPwtcFilt21 (from QLimitParameters)	0.001
Real	TableQMinPwtcFilt22 (from QLimitParameters)	0
Real	TableQMinPwtcFilt31 (from QLimitParameters)	0.3
Real	TableQMinPwtcFilt32 (from QLimitParameters)	-0.33
Real	TableQMinPwtcFilt41 (from QLimitParameters)	1
Real	TableQMinPwtcFilt42 (from QLimitParameters)	-0.33
Real[:,:]	TableQMinPwtcFilt (from QLimitParameters)	[TableQMinPwtcFilt11, TableQMinPwtcFilt12; TableQMinPwtcFilt21, TableQMinPwtcFilt22; TableQMinPwtcFilt31, TableQMinPwtcFilt32; TableQMinPwtcFilt41, TableQMinPwtcFilt42]	Active power dependency of reactive power minimum limit
CurrentLimitTables
Real	TableIpMaxUwt11 (from CurrentLimitParameters)	0
Real	TableIpMaxUwt12 (from CurrentLimitParameters)	0
Real	TableIpMaxUwt21 (from CurrentLimitParameters)	0.1
Real	TableIpMaxUwt22 (from CurrentLimitParameters)	0
Real	TableIpMaxUwt31 (from CurrentLimitParameters)	0.15
Real	TableIpMaxUwt32 (from CurrentLimitParameters)	1
Real	TableIpMaxUwt41 (from CurrentLimitParameters)	0.9
Real	TableIpMaxUwt42 (from CurrentLimitParameters)	1
Real	TableIpMaxUwt51 (from CurrentLimitParameters)	0.925
Real	TableIpMaxUwt52 (from CurrentLimitParameters)	1
Real	TableIpMaxUwt61 (from CurrentLimitParameters)	1
Real	TableIpMaxUwt62 (from CurrentLimitParameters)	1.1
Real	TableIpMaxUwt71 (from CurrentLimitParameters)	1.1
Real	TableIpMaxUwt72 (from CurrentLimitParameters)	1.1
Real[:,:]	TableIpMaxUwt (from CurrentLimitParameters)	[TableIpMaxUwt11, TableIpMaxUwt12; TableIpMaxUwt21, TableIpMaxUwt22; TableIpMaxUwt31, TableIpMaxUwt32; TableIpMaxUwt41, TableIpMaxUwt42; TableIpMaxUwt51, TableIpMaxUwt52; TableIpMaxUwt61, TableIpMaxUwt62; TableIpMaxUwt71, TableIpMaxUwt72]	Voltage dependency of active current limits
Real	TableIqMaxUwt11 (from CurrentLimitParameters)	0
Real	TableIqMaxUwt12 (from CurrentLimitParameters)	0
Real	TableIqMaxUwt21 (from CurrentLimitParameters)	0.1
Real	TableIqMaxUwt22 (from CurrentLimitParameters)	0
Real	TableIqMaxUwt31 (from CurrentLimitParameters)	0.15
Real	TableIqMaxUwt32 (from CurrentLimitParameters)	1
Real	TableIqMaxUwt41 (from CurrentLimitParameters)	0.9
Real	TableIqMaxUwt42 (from CurrentLimitParameters)	1
Real	TableIqMaxUwt51 (from CurrentLimitParameters)	0.925
Real	TableIqMaxUwt52 (from CurrentLimitParameters)	0.33
Real	TableIqMaxUwt61 (from CurrentLimitParameters)	1.075
Real	TableIqMaxUwt62 (from CurrentLimitParameters)	0.33
Real	TableIqMaxUwt71 (from CurrentLimitParameters)	1.1
Real	TableIqMaxUwt72 (from CurrentLimitParameters)	1
Real	TableIqMaxUwt81 (from CurrentLimitParameters)	1.1001
Real	TableIqMaxUwt82 (from CurrentLimitParameters)	1
Real[:,:]	TableIqMaxUwt (from CurrentLimitParameters)	[TableIqMaxUwt11, TableIqMaxUwt12; TableIqMaxUwt21, TableIqMaxUwt22; TableIqMaxUwt31, TableIqMaxUwt32; TableIqMaxUwt41, TableIqMaxUwt42; TableIqMaxUwt51, TableIqMaxUwt52; TableIqMaxUwt61, TableIqMaxUwt62; TableIqMaxUwt71, TableIqMaxUwt72; TableIqMaxUwt81, TableIqMaxUwt82]	Voltage dependency of reactive current limits
LV transformer
Types.PerUnit	BLvTrPu (from WT4CurrentSource_INIT)		Shunt susceptance of LV transformer in pu (base UNom, SNom)
Types.PerUnit	GLvTrPu (from WT4CurrentSource_INIT)		Shunt conductance of LV transformer in pu (base UNom, SNom)
Types.PerUnit	RLvTrPu (from WT4CurrentSource_INIT)		Serial resistance of LV transformer in pu (base UNom, SNom)
Types.PerUnit	XLvTrPu (from WT4CurrentSource_INIT)		Serial reactance of LV transformer in pu (base UNom, SNom)
Boolean	ConverterLVControl (from WT4CurrentSource_INIT)		If true, the converter is controlling at its output (LV side of its transformer), if false, after its transformer (MV side)
MV network + MV/HV transformer
Types.PerUnit	BMvHvPu	0	Shunt susceptance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
Types.PerUnit	GMvHvPu	0	Shunt conductance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
Types.PerUnit	RMvHvPu	0	Serial resistance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
Types.PerUnit	XMvHvPu	0	Serial reactance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
Boolean	PPCLocal		If true, the Power Park Control is controlling at model's output terminal, if false, at a remote terminal using external measurements
Operating point
Types.ActivePowerPu	PPcc0Pu	0	Initial active power at the external bus controlled by the PPC (used when PPCLocal = false) in pu (base SnRef) (receptor convention) (only if the PCS is defined outside of the model)
Types.ReactivePowerPu	QPcc0Pu	0	Initial reactive power at the external bus controlled by the PPC (used when PPCLocal = false) in pu (base SnRef) (receptor convention) (only if the PCS is defined outside of the model)
Types.VoltageModulePu	UPcc0Pu	1	Initial voltage module at the external bus controlled by the PPC (used when PPCLocal = false) in pu (base UNom) (only if the PCS is defined outside of the model)
Types.Angle	UPccPhase0	0	Initial voltage angle at the external bus controlled by the PPC (used when PPCLocal = false) in rad (only if the PCS is defined outside of the model)

Components

Type	Name	Description
Types.ComplexCurrentPu	iGs0Pu (from WT4CurrentSource_INIT)	Complex current at converter output in pu (base SNom) (generator convention)
Types.PerUnit	Ip0Pu (from WT4CurrentSource_INIT)	Initial active current component at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnit	IpMax0Pu (from WT4CurrentSource_INIT)	Initial maximum active current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnit	Iq0Pu (from WT4CurrentSource_INIT)	Initial reactive current component at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnit	IqMax0Pu (from WT4CurrentSource_INIT)	Initial maximum reactive current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnit	IqMin0Pu (from WT4CurrentSource_INIT)	Initial minimum reactive current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.VoltageModulePu	UWt0DroppedPu (from WT4CurrentSource_INIT)	Initial voltage magnitude controlled by the WT in pu (base UNom)
Types.ReactivePowerPu	QMax0Pu (from WT4CurrentSource_INIT)	Initial maximum reactive power at grid terminal in pu (base SNom)
Types.ReactivePowerPu	QMin0Pu (from WT4CurrentSource_INIT)	Initial minimum reactive power at grid terminal in pu (base SNom)
Types.PerUnit	XWT0Pu (from WT4CurrentSource_INIT)	Initial reactive power or voltage reference at grid terminal in pu (base SNom or UNom) (generator convention)
Types.ComplexVoltagePu	u0Pu (from WT4CurrentSource_INIT)	Initial complex voltage at grid terminal in pu (base UNom)
Types.ComplexCurrentPu	i0Pu (from WT4CurrentSource_INIT)	Initial complex current at grid terminal in pu (base UNom, SnRef) (receptor convention)
Dynawo.NonElectrical.Blocks.NonLinear.Min2	min3Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Tables.CombiTable1Ds	combiTable1Ds2Init (from WT4CurrentSource_INIT)
Dynawo.NonElectrical.Blocks.NonLinear.Max2	max0Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Tables.CombiTable1Ds	combiTable1Ds1Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Tables.CombiTable1Ds	combiTable1DsInit (from WT4CurrentSource_INIT)
Modelica.Blocks.Tables.CombiTable1Ds	combiTable1Ds3Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	const1Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	const2Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Tables.CombiTable1Ds	combiTable1Ds4Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Math.Product	productInit (from WT4CurrentSource_INIT)
Dynawo.NonElectrical.Blocks.Continuous.SqrtNoEvent	sqrtNoEventInit (from WT4CurrentSource_INIT)
Dynawo.NonElectrical.Blocks.NonLinear.Max2	max1Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Math.Feedback	feedbackInit (from WT4CurrentSource_INIT)
Modelica.Blocks.Math.Product	product2Init (from WT4CurrentSource_INIT)
Dynawo.NonElectrical.Blocks.NonLinear.Min2	min1Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	constant1Init (from WT4CurrentSource_INIT)
Dynawo.NonElectrical.Blocks.NonLinear.Min2	min2Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	constInit (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	const3Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Math.Gain	gainInit (from WT4CurrentSource_INIT)
Dynawo.NonElectrical.Blocks.NonLinear.Max2	max3Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Math.Gain	gain1Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	const4Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	constant2Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Tables.CombiTable1Ds	combiTable1Ds5Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Sources.Constant	const5Init (from WT4CurrentSource_INIT)
Modelica.Blocks.Math.Add	addInit (from WT4CurrentSource_INIT)
Types.ComplexCurrentPu	iControl0Pu	Initial complex current to be controlled by the PPC coming either from the external bus or from the model's output terminal (receptor convention, base UNom, SnRef)
Types.ComplexCurrentPu	iWt0Pu	Initial complex current at WT terminal in pu (base UNom, SnRef) (receptor convention)
Types.ActivePowerPu	PControl0Pu	Initial active power at the point controlled by the PPC (either model's output terminal or external PCC) (base SNom, generator convetion)
Types.ReactivePowerPu	QControl0Pu	Initial reactive power at the point controlled by the PPC (either model's output terminal or external PCC) (base SNom, generator convention)
Types.ComplexVoltagePu	uControl0Pu	Initial complex voltage to be controlled by the PPC coming either from the external bus or from the model's output terminal (base UNom)
Types.ComplexVoltagePu	uWt0Pu	Initial complex voltage at WT terminal in pu (base UNom)