modelBaseWPP

Base model for Wind Power Plants from IEC 61400-27-1 standard
Diagram of BaseWPPOpen the diagram
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Extends from Dynawo.Electrical.Controls.IEC.IEC61400.Parameters.CurrentLimitParameters, Dynawo.Electrical.Controls.IEC.IEC61400.Parameters.GridProtectionParameters, Dynawo.Electrical.Controls.IEC.IEC61400.Parameters.PControlParameters, Dynawo.Electrical.Controls.IEC.IEC61400.Parameters.QLimitParameters.

Parameters

TypeNameDefaultDescription
Types.ApparentPowerModuleSNomNominal converter apparent power in MVA
Types.TimetSIntegration time step in s
Types.PerUnitBPcsPuif PPCLocal and ConverterLVControl then BLvTrPu + BMvHvPu elseif PPCLocal and not ConverterLVControl then BMvHvPu elseif not PPCLocal and ConverterLVControl then BLvTrPu else 0Shunt susceptance between WT terminal and model's output terminal in pu (base UNom, SNom)
Types.PerUnitGPcsPuif PPCLocal and ConverterLVControl then GLvTrPu + GMvHvPu elseif PPCLocal and not ConverterLVControl then GMvHvPu elseif not PPCLocal and ConverterLVControl then GLvTrPu else 0Shunt conductance between WT terminal and model's output terminal in pu (base UNom, SNom)
Types.PerUnitRPcsPuif PPCLocal and ConverterLVControl then RLvTrPu + RMvHvPu elseif PPCLocal and not ConverterLVControl then RMvHvPu elseif not PPCLocal and ConverterLVControl then RLvTrPu else 0Serial resistance between WT terminal and model's output terminal in pu (base UNom, SNom)
Types.PerUnitXPcsPuif PPCLocal and ConverterLVControl then XLvTrPu + XMvHvPu elseif PPCLocal and not ConverterLVControl then XMvHvPu elseif not PPCLocal and ConverterLVControl then XLvTrPu else 0Serial reactance between WT terminal and model's output terminal in pu (base UNom, SNom)
Types.PerUnitBesPuif ConverterLVControl then 0 else BLvTrPuShunt susceptance between converter output and WT terminal in pu (base UNom, SNom)
Types.PerUnitGesPuif ConverterLVControl then 0 else GLvTrPuShunt conductance between converter output and WT terminal in pu (base UNom, SNom)
Types.PerUnitResPuif ConverterLVControl then 0 else RLvTrPuSerial resistance between converter output and WT terminal in pu (base UNom, SNom)
Types.PerUnitXesPuif ConverterLVControl then 0 else XLvTrPuSerial reactance between converter output and WT terminal in pu (base UNom, SNom)
CurrentLimitTables
RealTableIpMaxUwt11 (from CurrentLimitParameters)0
RealTableIpMaxUwt12 (from CurrentLimitParameters)0
RealTableIpMaxUwt21 (from CurrentLimitParameters)0.1
RealTableIpMaxUwt22 (from CurrentLimitParameters)0
RealTableIpMaxUwt31 (from CurrentLimitParameters)0.15
RealTableIpMaxUwt32 (from CurrentLimitParameters)1
RealTableIpMaxUwt41 (from CurrentLimitParameters)0.9
RealTableIpMaxUwt42 (from CurrentLimitParameters)1
RealTableIpMaxUwt51 (from CurrentLimitParameters)0.925
RealTableIpMaxUwt52 (from CurrentLimitParameters)1
RealTableIpMaxUwt61 (from CurrentLimitParameters)1
RealTableIpMaxUwt62 (from CurrentLimitParameters)1.1
RealTableIpMaxUwt71 (from CurrentLimitParameters)1.1
RealTableIpMaxUwt72 (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
RealTableIqMaxUwt11 (from CurrentLimitParameters)0
RealTableIqMaxUwt12 (from CurrentLimitParameters)0
RealTableIqMaxUwt21 (from CurrentLimitParameters)0.1
RealTableIqMaxUwt22 (from CurrentLimitParameters)0
RealTableIqMaxUwt31 (from CurrentLimitParameters)0.15
RealTableIqMaxUwt32 (from CurrentLimitParameters)1
RealTableIqMaxUwt41 (from CurrentLimitParameters)0.9
RealTableIqMaxUwt42 (from CurrentLimitParameters)1
RealTableIqMaxUwt51 (from CurrentLimitParameters)0.925
RealTableIqMaxUwt52 (from CurrentLimitParameters)0.33
RealTableIqMaxUwt61 (from CurrentLimitParameters)1.075
RealTableIqMaxUwt62 (from CurrentLimitParameters)0.33
RealTableIqMaxUwt71 (from CurrentLimitParameters)1.1
RealTableIqMaxUwt72 (from CurrentLimitParameters)1
RealTableIqMaxUwt81 (from CurrentLimitParameters)1.1001
RealTableIqMaxUwt82 (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
GridProtectionTables
RealTabletUoverUwtfilt11 (from GridProtectionParameters)1
RealTabletUoverUwtfilt12 (from GridProtectionParameters)0.33
RealTabletUoverUwtfilt21 (from GridProtectionParameters)1.5
RealTabletUoverUwtfilt22 (from GridProtectionParameters)0.33
RealTabletUoverUwtfilt31 (from GridProtectionParameters)2
RealTabletUoverUwtfilt32 (from GridProtectionParameters)0.33
RealTabletUoverUwtfilt41 (from GridProtectionParameters)2.01
RealTabletUoverUwtfilt42 (from GridProtectionParameters)0.33
RealTabletUoverUwtfilt51 (from GridProtectionParameters)2.02
RealTabletUoverUwtfilt52 (from GridProtectionParameters)0.33
RealTabletUoverUwtfilt61 (from GridProtectionParameters)2.03
RealTabletUoverUwtfilt62 (from GridProtectionParameters)0.33
RealTabletUoverUwtfilt71 (from GridProtectionParameters)2.04
RealTabletUoverUwtfilt72 (from GridProtectionParameters)0.33
RealTabletUoverUwtfilt81 (from GridProtectionParameters)2.05
RealTabletUoverUwtfilt82 (from GridProtectionParameters)0.33
Real[:,:]TabletUoverUwtfilt (from GridProtectionParameters)[TabletUoverUwtfilt11, TabletUoverUwtfilt12; TabletUoverUwtfilt21, TabletUoverUwtfilt22; TabletUoverUwtfilt31, TabletUoverUwtfilt32; TabletUoverUwtfilt41, TabletUoverUwtfilt42; TabletUoverUwtfilt51, TabletUoverUwtfilt52; TabletUoverUwtfilt61, TabletUoverUwtfilt62; TabletUoverUwtfilt71, TabletUoverUwtfilt72; TabletUoverUwtfilt81, TabletUoverUwtfilt82]Disconnection time versus over voltage lookup table
RealTabletUunderUwtfilt11 (from GridProtectionParameters)0
RealTabletUunderUwtfilt12 (from GridProtectionParameters)0.33
RealTabletUunderUwtfilt21 (from GridProtectionParameters)0.5
RealTabletUunderUwtfilt22 (from GridProtectionParameters)0.33
RealTabletUunderUwtfilt31 (from GridProtectionParameters)1
RealTabletUunderUwtfilt32 (from GridProtectionParameters)0.33
RealTabletUunderUwtfilt41 (from GridProtectionParameters)1.01
RealTabletUunderUwtfilt42 (from GridProtectionParameters)0.33
RealTabletUunderUwtfilt51 (from GridProtectionParameters)1.02
RealTabletUunderUwtfilt52 (from GridProtectionParameters)0.33
RealTabletUunderUwtfilt61 (from GridProtectionParameters)1.03
RealTabletUunderUwtfilt62 (from GridProtectionParameters)0.33
RealTabletUunderUwtfilt71 (from GridProtectionParameters)1.04
RealTabletUunderUwtfilt72 (from GridProtectionParameters)0.33
Real[:,:]TabletUunderUwtfilt (from GridProtectionParameters)[TabletUunderUwtfilt11, TabletUunderUwtfilt12; TabletUunderUwtfilt21, TabletUunderUwtfilt22; TabletUunderUwtfilt31, TabletUunderUwtfilt32; TabletUunderUwtfilt41, TabletUunderUwtfilt42; TabletUunderUwtfilt51, TabletUunderUwtfilt52; TabletUunderUwtfilt61, TabletUunderUwtfilt62; TabletUunderUwtfilt71, TabletUunderUwtfilt72]Disconnection time versus under voltage lookup table
RealTabletfoverfwtfilt11 (from GridProtectionParameters)1
RealTabletfoverfwtfilt12 (from GridProtectionParameters)0.33
RealTabletfoverfwtfilt21 (from GridProtectionParameters)1.5
RealTabletfoverfwtfilt22 (from GridProtectionParameters)0.33
RealTabletfoverfwtfilt31 (from GridProtectionParameters)2
RealTabletfoverfwtfilt32 (from GridProtectionParameters)0.33
RealTabletfoverfwtfilt41 (from GridProtectionParameters)2.01
RealTabletfoverfwtfilt42 (from GridProtectionParameters)0.33
Real[:,:]Tabletfoverfwtfilt (from GridProtectionParameters)[Tabletfoverfwtfilt11, Tabletfoverfwtfilt12; Tabletfoverfwtfilt21, Tabletfoverfwtfilt22; Tabletfoverfwtfilt31, Tabletfoverfwtfilt32; Tabletfoverfwtfilt41, Tabletfoverfwtfilt42]Disconnection time versus over frequency lookup table
RealTabletfunderfwtfilt11 (from GridProtectionParameters)0
RealTabletfunderfwtfilt12 (from GridProtectionParameters)0.33
RealTabletfunderfwtfilt21 (from GridProtectionParameters)0.5
RealTabletfunderfwtfilt22 (from GridProtectionParameters)0.33
RealTabletfunderfwtfilt31 (from GridProtectionParameters)1
RealTabletfunderfwtfilt32 (from GridProtectionParameters)0.33
RealTabletfunderfwtfilt41 (from GridProtectionParameters)1.01
RealTabletfunderfwtfilt42 (from GridProtectionParameters)0.33
RealTabletfunderfwtfilt51 (from GridProtectionParameters)1.02
RealTabletfunderfwtfilt52 (from GridProtectionParameters)0.33
RealTabletfunderfwtfilt61 (from GridProtectionParameters)1.03
RealTabletfunderfwtfilt62 (from GridProtectionParameters)0.33
Real[:,:]Tabletfunderfwtfilt (from GridProtectionParameters)[Tabletfunderfwtfilt11, Tabletfunderfwtfilt12; Tabletfunderfwtfilt21, Tabletfunderfwtfilt22; Tabletfunderfwtfilt31, Tabletfunderfwtfilt32; Tabletfunderfwtfilt41, Tabletfunderfwtfilt42; Tabletfunderfwtfilt51, Tabletfunderfwtfilt52; Tabletfunderfwtfilt61, Tabletfunderfwtfilt62]Disconnection time versus under frequency lookup table
PControlTables
RealTablePwpBiasfwpFiltCom11 (from PControlParameters)0.95
RealTablePwpBiasfwpFiltCom12 (from PControlParameters)1
RealTablePwpBiasfwpFiltCom21 (from PControlParameters)1
RealTablePwpBiasfwpFiltCom22 (from PControlParameters)0
RealTablePwpBiasfwpFiltCom31 (from PControlParameters)1.05
RealTablePwpBiasfwpFiltCom32 (from PControlParameters)-1
RealTablePwpBiasfwpFiltCom41 (from PControlParameters)1.06
RealTablePwpBiasfwpFiltCom42 (from PControlParameters)-1
RealTablePwpBiasfwpFiltCom51 (from PControlParameters)1.07
RealTablePwpBiasfwpFiltCom52 (from PControlParameters)-1
RealTablePwpBiasfwpFiltCom61 (from PControlParameters)1.08
RealTablePwpBiasfwpFiltCom62 (from PControlParameters)-1
RealTablePwpBiasfwpFiltCom71 (from PControlParameters)1.09
RealTablePwpBiasfwpFiltCom72 (from PControlParameters)-1
Real[:,:]TablePwpBiasfwpFiltCom (from PControlParameters)[TablePwpBiasfwpFiltCom11, TablePwpBiasfwpFiltCom12; TablePwpBiasfwpFiltCom21, TablePwpBiasfwpFiltCom22; TablePwpBiasfwpFiltCom31, TablePwpBiasfwpFiltCom32; TablePwpBiasfwpFiltCom41, TablePwpBiasfwpFiltCom42; TablePwpBiasfwpFiltCom51, TablePwpBiasfwpFiltCom52; TablePwpBiasfwpFiltCom61, TablePwpBiasfwpFiltCom62; TablePwpBiasfwpFiltCom71, TablePwpBiasfwpFiltCom72]Table for defining power variation versus frequency
QLimitTables
RealTableQMaxUwtcFilt11 (from QLimitParameters)0
RealTableQMaxUwtcFilt12 (from QLimitParameters)0
RealTableQMaxUwtcFilt21 (from QLimitParameters)0.001
RealTableQMaxUwtcFilt22 (from QLimitParameters)0
RealTableQMaxUwtcFilt31 (from QLimitParameters)0.8
RealTableQMaxUwtcFilt32 (from QLimitParameters)0.33
RealTableQMaxUwtcFilt41 (from QLimitParameters)1.2
RealTableQMaxUwtcFilt42 (from QLimitParameters)0.33
RealTableQMaxUwtcFilt51 (from QLimitParameters)1.21
RealTableQMaxUwtcFilt52 (from QLimitParameters)0.33
RealTableQMaxUwtcFilt61 (from QLimitParameters)1.22
RealTableQMaxUwtcFilt62 (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
RealTableQMinUwtcFilt11 (from QLimitParameters)0
RealTableQMinUwtcFilt12 (from QLimitParameters)0
RealTableQMinUwtcFilt21 (from QLimitParameters)0.001
RealTableQMinUwtcFilt22 (from QLimitParameters)0
RealTableQMinUwtcFilt31 (from QLimitParameters)0.8
RealTableQMinUwtcFilt32 (from QLimitParameters)-0.33
RealTableQMinUwtcFilt41 (from QLimitParameters)1.2
RealTableQMinUwtcFilt42 (from QLimitParameters)-0.33
Real[:,:]TableQMinUwtcFilt (from QLimitParameters)[TableQMinUwtcFilt11, TableQMinUwtcFilt12; TableQMinUwtcFilt21, TableQMinUwtcFilt22; TableQMinUwtcFilt31, TableQMinUwtcFilt32; TableQMinUwtcFilt41, TableQMinUwtcFilt42]Voltage dependency of reactive power minimum limit
RealTableQMaxPwtcFilt11 (from QLimitParameters)0
RealTableQMaxPwtcFilt12 (from QLimitParameters)0
RealTableQMaxPwtcFilt21 (from QLimitParameters)0.001
RealTableQMaxPwtcFilt22 (from QLimitParameters)0
RealTableQMaxPwtcFilt31 (from QLimitParameters)0.3
RealTableQMaxPwtcFilt32 (from QLimitParameters)0.33
RealTableQMaxPwtcFilt41 (from QLimitParameters)1
RealTableQMaxPwtcFilt42 (from QLimitParameters)0.33
Real[:,:]TableQMaxPwtcFilt (from QLimitParameters)[TableQMaxPwtcFilt11, TableQMaxPwtcFilt12; TableQMaxPwtcFilt21, TableQMaxPwtcFilt22; TableQMaxPwtcFilt31, TableQMaxPwtcFilt32; TableQMaxPwtcFilt41, TableQMaxPwtcFilt42]Active power dependency of reactive power maximum limit
RealTableQMinPwtcFilt11 (from QLimitParameters)0
RealTableQMinPwtcFilt12 (from QLimitParameters)0
RealTableQMinPwtcFilt21 (from QLimitParameters)0.001
RealTableQMinPwtcFilt22 (from QLimitParameters)0
RealTableQMinPwtcFilt31 (from QLimitParameters)0.3
RealTableQMinPwtcFilt32 (from QLimitParameters)-0.33
RealTableQMinPwtcFilt41 (from QLimitParameters)1
RealTableQMinPwtcFilt42 (from QLimitParameters)-0.33
Real[:,:]TableQMinPwtcFilt (from QLimitParameters)[TableQMinPwtcFilt11, TableQMinPwtcFilt12; TableQMinPwtcFilt21, TableQMinPwtcFilt22; TableQMinPwtcFilt31, TableQMinPwtcFilt32; TableQMinPwtcFilt41, TableQMinPwtcFilt42]Active power dependency of reactive power minimum limit
MV network + MV/HV transformer
Types.PerUnitBMvHvPu0Shunt susceptance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
Types.PerUnitGMvHvPu0Shunt conductance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
Types.PerUnitRMvHvPu0Serial resistance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
Types.PerUnitXMvHvPu0Serial reactance of internal MV network + MV/HV transformer in pu (base UNom, SNom)
BooleanPPCLocalIf true, the Power Park Control is controlling at model's output terminal, if false, at a remote terminal using external measurements
LV transformer
Types.PerUnitBLvTrPuShunt susceptance of LV transformer in pu (base UNom, SNom)
Types.PerUnitGLvTrPuShunt conductance of LV transformer in pu (base UNom, SNom)
Types.PerUnitRLvTrPuSerial resistance of LV transformer in pu (base UNom, SNom)
Types.PerUnitXLvTrPuSerial reactance of LV transformer in pu (base UNom, SNom)
BooleanConverterLVControlIf true, the converter is controlling at its output (LV side of its transformer), if false, after its transformer (MV side)
Control
Types.PerUnitDipMaxPuMaximum active current ramp rate in pu/s (base UNom, SNom) (generator convention)
Types.PerUnitDiqMaxPuMaximum reactive current ramp rate in pu/s (base UNom, SNom) (generator convention)
Types.PerUnitDiqMinPuMinimum reactive current ramp rate in pu/s (base UNom, SNom) (generator convention)
Types.PerUnitKipawAnti-windup gain for active current in pu/s (base UNom, SNom)
Types.PerUnitKiqawAnti-windup gain for reactive current in pu/s (base UNom, SNom)
Types.TimetGCurrent generation time constant in s
PLL
Types.TimetPllPLL first order filter time constant in s
Types.VoltageModulePuUPll1PuVoltage below which the angle of the voltage is filtered and possibly also frozen, in pu (base UNom)
Types.VoltageModulePuUPll2PuVoltage below which the angle of the voltage is frozen, in pu (base UNom) (UPll2Pu < UPll1Pu typically)
PControl
Types.PerUnitKpawAnti-windup gain for active power in pu/s (base SNom)
CurrentLimiter
Types.CurrentModulePuIMaxDipPuMaximum current during voltage dip at converter terminal in pu (base UNom, SNom)
Types.CurrentModulePuIMaxPuMaximum continuous current at converter terminal in pu (base UNom, SNom)
Types.PerUnitKpquPartial derivative of reactive current limit against voltage in pu (base UNom, SNom)
BooleanMdfsLimLimitation of type 3 stator current (false: total current limitation, true: stator current limitation)
BooleanMqpriPrioritization of reactive power during FRT (false: active power priority, true: reactive power priority)
Types.VoltageModulePuUpquMaxPuWT voltage in the operation point where zero reactive power can be delivered, in pu (base UNom)
QControl
Types.PerUnitIqH1PuMaximum reactive current injection during dip in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMaxPuMaximum reactive current injection in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMinPuMinimum reactive current injection in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqPostPuPost-fault reactive current injection in pu (base UNom, SNom) (generator convention)
Types.PerUnitKiqReactive power PI controller integration gain in pu/s (base UNom, SNom)
Types.PerUnitKiuVoltage PI controller integration gain in pu/s (base UNom, SNom)
Types.PerUnitKpqReactive power PI controller proportional gain in pu (base UNom, SNom)
Types.PerUnitKpuVoltage PI controller proportional gain in pu (base UNom, SNom)
Types.PerUnitKqvVoltage scaling factor for FRT current in pu (base UNom, SNom)
IntegerMqGGeneral 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.PerUnitRDropPuResistive component of voltage drop impedance in pu (base UNom, SNom)
Types.TimetPostLength of time period where post-fault reactive power is injected, in s
Types.TimetQordReactive power order lag time constant in s
Types.VoltageModulePuUMaxPuMaximum voltage in voltage PI controller integral term in pu (base UNom)
Types.VoltageModulePuUMinPuMinimum voltage in voltage PI controller integral term in pu (base UNom)
Types.VoltageModulePuUqDipPuVoltage threshold for UVRT detection in Q control in pu (base UNom)
Types.VoltageModulePuURef0PuUser-defined bias in voltage reference in pu (base UNom)
Types.PerUnitXDropPuInductive component of voltage drop impedance in pu (base UNom, SNom)
QLimiter
BooleanQlConstTrue if limits are constant
Types.ReactivePowerPuQMaxPuConstant maximum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ReactivePowerPuQMinPuConstant minimum reactive power at grid terminal in pu (base SNom) (generator convention)
GridProtection
Types.PerUnitfOverPuWT over frequency protection activation threshold in pu (base fNom)
Types.PerUnitfUnderPuWT under frequency protection activation threshold in pu (base fNom)
Types.VoltageModulePuUOverPuWT over voltage protection activation threshold in pu (base UNom)
Types.VoltageModulePuUUnderPuWT under voltage protection activation threshold in pu (base UNom)
PControlWP
Types.PerUnitDPRefMaxPuMaximum positive ramp rate for PD power reference in pu/s (base SNom)
Types.PerUnitDPRefMinPuMinimum negative ramp rate for PD power reference in pu/s (base SNom)
Types.PerUnitDPwpRefMaxPuMaximum positive ramp rate for WP power reference in pu/s (base SNom)
Types.PerUnitDPwpRefMinPuMinimum negative ramp rate for WP power reference in pu/s (base SNom)
Types.PerUnitKiwppPower PI controller integration gain in pu/s (base SNom)
Types.PerUnitKpwppPower PI controller proportional gain in pu (base SNom)
Types.PerUnitKwppRefPower reference gain in pu (base SNom)
Types.ActivePowerPuPKiwppMaxPuMaximum active power reference from integration in pu (base SNom)
Types.ActivePowerPuPKiwppMinPuMinimum active power reference from integration in pu (base SNom)
Types.ActivePowerPuPRefMaxPuMaximum PD power reference in pu (base SNom)
Types.ActivePowerPuPRefMinPuMinimum PD power reference in pu (base SNom)
QControlWP
Types.PerUnitDXRefMaxPuMaximum positive ramp rate for WT reactive power or voltage reference in pu/s (base SNom or UNom) (generator convention)
Types.PerUnitDXRefMinPuMinimum negative ramp rate for WT reactive power or voltage reference in pu/s (base SNom or UNom) (generator convention)
Types.PerUnitKiwpxReactive power or voltage PI controller integral gain in pu/s (base SNom)
Types.PerUnitKpwpxReactive power or voltage PI controller proportional gain in pu (base SNom)
Types.PerUnitKwpqRefReactive power reference gain in pu (base SNom)
Types.PerUnitKwpquVoltage controller cross coupling gain in pu (base SNom)
IntegerMwpqModeControl mode (0 : reactive power reference, 1 : power factor reference, 2 : UQ static, 3 : voltage control)
Types.TimetUqFiltTime constant for the UQ static mode in s
Types.VoltageModulePuUwpqDipPuVoltage threshold for UVRT detection in pu (base UNom)
Types.PerUnitXKiwpxMaxPuMaximum WT reactive power or voltage reference from integration in pu (base SNom or UNom) (generator convention)
Types.PerUnitXKiwpxMinPuMinimum WT reactive power or voltage reference from integration in pu (base SNom or UNom) (generator convention)
Types.PerUnitXRefMaxPuMaximum WT reactive power or voltage reference in pu (base SNom or UNom) (generator convention)
Types.PerUnitXRefMinPuMinimum WT reactive power or voltage reference in pu (base SNom or UNom) (generator convention)
Initialization
Types.ComplexCurrentPui0PuInitial complex current at grid terminal in pu (base UNom, SnRef) (receptor convention)
Types.ComplexCurrentPuiControl0PuInitial complex current to be controlled by the PPC coming either from the external bus or from the model's output terminal in pu (base UNom, SnRef) (receptor convention)
Types.ComplexCurrentPuiGs0PuComplex current at converter output in pu (base SNom) (generator convention)
Types.CurrentModulePuIp0PuInitial active current component at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnitIpMax0PuInitial maximum active current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.CurrentModulePuIq0PuInitial reactive current component at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMax0PuInitial maximum reactive current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMin0PuInitial minimum reactive current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.ComplexCurrentPuiWt0PuInitial complex current at WT terminal in pu (base UNom, SnRef) (receptor convention)
Types.ActivePowerPuPControl0PuInitial active power at the point controlled by the PPC (either model's output terminal or external PCC) in pu (base SNom) (generator convention)
Types.ReactivePowerPuQControl0PuInitial reactive power at the point controlled by the PPC (either model's output terminal or external PCC) (base SNom, generator convention)
Types.ReactivePowerPuQMax0PuInitial maximum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ReactivePowerPuQMin0PuInitial minimum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ComplexVoltagePuu0PuInitial complex voltage at grid terminal in pu (base UNom)
Types.ComplexVoltagePuuControl0PuInitial complex voltage to be controlled by the PPC coming either from the external bus or from the model's output terminal (base UNom)
Types.VoltageModulePuUWt0DroppedPuInitial voltage magnitude controlled by the WT in pu (base UNom)
Types.ComplexVoltagePuuWt0PuInitial complex voltage at WT terminal in pu (base UNom)
Types.PerUnitX0Pu
Types.PerUnitXWT0PuInitial reactive power or voltage reference at grid WT terminal in pu (base SNom or UNom) (generator convention)
Operating point
Types.ActivePowerPuP0PuInitial active power at grid terminal in pu (base SnRef) (receptor convention)
Types.CurrentComponentPPcc0Pu0Initial active power at the external bus controlled by the PPC (used when PPCLocal = false) in pu (base UNom, SnRef) (receptor convention) (only if the PCS is defined outside of the model)
Types.ReactivePowerPuQ0PuInitial reactive power at grid terminal in pu (base SnRef) (receptor convention)
Types.CurrentComponentQPcc0Pu0Initial reactive power at the external bus controlled by the PPC (used when PPCLocal = false) in pu (base UNom, SnRef) (receptor convention) (only if the PCS is defined outside of the model)
Types.VoltageModulePuU0PuInitial voltage amplitude at grid terminal in pu (base UNom)
Types.CurrentModulePuUPcc0Pu1Initial voltage module at the external bus controlled by the PPC (used when PPCLocal = false) (base UNom) (only if the PCS is defined outside of the model)
Types.AngleUPccPhase00Initial voltage angle at the external bus controlled by the PPC (used when PPCLocal = false) (base UNom) (only if the PCS is defined outside of the model)
Types.AngleUPhase0Initial voltage angle at grid terminal in rad

Connectors

TypeNameDefaultDescription
Dynawo.Connectors.ACPowerterminal
Modelica.Blocks.Interfaces.RealInputomegaRefPuReference frame for grid angular frequency in pu (base omegaNom)
Modelica.Blocks.Interfaces.RealInputPPccPuActive power measurement coming from the external PCC (base SnRef, receptor convention) (used only when PPCLocal = false)
Modelica.Blocks.Interfaces.RealInputPWPRefPuReference active power in pu (base SNom) (generator convention)
Modelica.Blocks.Interfaces.RealInputQPccPuReactive power measurement coming from the external PCC (base SnRef, receptor convention) (used only when PPCLocal = false)
Modelica.Blocks.Interfaces.RealInputtanPhiTangent phi (can be figured as QPu / PPu)
Modelica.ComplexBlocks.Interfaces.ComplexInputuPccPu

Components

TypeNameDefaultDescription
Dynawo.Electrical.Controls.IEC.IEC61400.BaseControls.Auxiliaries.ElecMeasurementselecMeasurements
Modelica.Blocks.Sources.BooleanConstantbooleanConstant
Sources.IEC.BaseConverters.ElecSystemPCS
Modelica.Blocks.Logical.Switchswitch1
Modelica.Blocks.Logical.Switchswitch2
Modelica.Blocks.Logical.Switchswitch3
Modelica.Blocks.Logical.Switchswitch4
Modelica.ComplexBlocks.ComplexMath.RealToComplexrealToComplex
Modelica.ComplexBlocks.ComplexMath.RealToComplexrealToComplex1
Modelica.Blocks.Sources.RealExpressionrealExpression1
Modelica.ComplexBlocks.ComplexMath.ComplexToRealcomplexToReal
Modelica.Blocks.Sources.RealExpressionrealExpression