modelWT4ACurrentSource2015

Wind Turbine Type 4A model from IEC 61400-27-1:2015 standard : measurement, PLL, protection, PControl, QControl, limiters, electrical and generator modules
Diagram of WT4ACurrentSource2015Open the diagram
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Extends from Dynawo.Electrical.Wind.IEC.BaseClasses.BaseWT4 (Base model for Wind Turbine Type 4 from IEC 61400-27-1 standard).

Parameters

TypeNameDefaultDescription
Types.ApparentPowerModuleSNom (from BaseWT4)Nominal converter apparent power in MVA
Types.TimetS (from BaseWT4)Integration time step in s
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)1.075
RealTableIpMaxUwt62 (from CurrentLimitParameters)1.0001
RealTableIpMaxUwt71 (from CurrentLimitParameters)1.1
RealTableIpMaxUwt72 (from CurrentLimitParameters)1.0001
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
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
Electrical
Types.PerUnitBesPu (from BaseWT4)Shunt susceptance in pu (base UNom, SNom)
Types.PerUnitGesPu (from BaseWT4)Shunt conductance in pu (base UNom, SNom)
Types.PerUnitResPu (from BaseWT4)Serial resistance in pu (base UNom, SNom)
Types.PerUnitXesPu (from BaseWT4)Serial reactance in pu (base UNom, SNom)
Control
Types.PerUnitDipMaxPu (from BaseWT4)Maximum active current ramp rate in pu/s (base UNom, SNom) (generator convention)
Types.PerUnitDiqMaxPu (from BaseWT4)Maximum reactive current ramp rate in pu/s (base UNom, SNom) (generator convention)
Types.PerUnitDiqMinPu (from BaseWT4)Minimum reactive current ramp rate in pu/s (base UNom, SNom) (generator convention)
Types.PerUnitKipaw (from BaseWT4)Anti-windup gain for active current in pu/s (base UNom, SNom)
Types.PerUnitKiqaw (from BaseWT4)Anti-windup gain for reactive current in pu/s (base UNom, SNom)
Types.TimetG (from BaseWT4)Current generation time constant in s
PLL
Types.TimetPll (from BaseWT4)PLL first order filter time constant in s
Types.VoltageModulePuUPll1Pu (from BaseWT4)Voltage below which the angle of the voltage is filtered and possibly also frozen, in pu (base UNom)
Types.VoltageModulePuUPll2Pu (from BaseWT4)Voltage below which the angle of the voltage is frozen, in pu (base UNom) (UPll2Pu < UPll1Pu typically)
PControl
Types.PerUnitKpaw (from BaseWT4)Anti-windup gain for active power in pu/s (base SNom)
Types.PerUnitDPMaxP4APuMaximum WT power ramp rate in pu/s (base SNom) (generator convention)
Types.TimetPOrdP4APower order lag time constant in s
Types.TimetUFiltP4AFilter time constant for voltage measurement in s
CurrentLimiter
Types.CurrentModulePuIMaxDipPu (from BaseWT4)Maximum current during voltage dip at converter terminal in pu (base UNom, SNom)
Types.CurrentModulePuIMaxPu (from BaseWT4)Maximum continuous current at converter terminal in pu (base UNom, SNom)
Types.PerUnitKpqu (from BaseWT4)Partial derivative of reactive current limit against voltage in pu (base UNom, SNom)
BooleanMdfsLim (from BaseWT4)Limitation of type 3 stator current (false: total current limitation, true: stator current limitation)
BooleanMqpri (from BaseWT4)Prioritization of reactive power during FRT (false: active power priority, true: reactive power priority)
Types.VoltageModulePuUpquMaxPu (from BaseWT4)WT voltage in the operation point where zero reactive power can be delivered, in pu (base UNom)
Types.TimetUFiltclVoltage filter time constant in s
QControl
Types.PerUnitIqH1Pu (from BaseWT4)Maximum reactive current injection during dip in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMaxPu (from BaseWT4)Maximum reactive current injection in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMinPu (from BaseWT4)Minimum reactive current injection in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqPostPu (from BaseWT4)Post-fault reactive current injection in pu (base UNom, SNom) (generator convention)
Types.PerUnitKiq (from BaseWT4)Reactive power PI controller integration gain in pu/s (base UNom, SNom)
Types.PerUnitKiu (from BaseWT4)Voltage PI controller integration gain in pu/s (base UNom, SNom)
Types.PerUnitKpq (from BaseWT4)Reactive power PI controller proportional gain in pu (base UNom, SNom)
Types.PerUnitKpu (from BaseWT4)Voltage PI controller proportional gain in pu (base UNom, SNom)
Types.PerUnitKqv (from BaseWT4)Voltage scaling factor for FRT current in pu (base UNom, SNom)
IntegerMqG (from BaseWT4)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.PerUnitRDropPu (from BaseWT4)Resistive component of voltage drop impedance in pu (base UNom, SNom)
Types.TimetPost (from BaseWT4)Length of time period where post-fault reactive power is injected, in s
Types.TimetQord (from BaseWT4)Reactive power order lag time constant in s
Types.VoltageModulePuUMaxPu (from BaseWT4)Maximum voltage in voltage PI controller integral term in pu (base UNom)
Types.VoltageModulePuUMinPu (from BaseWT4)Minimum voltage in voltage PI controller integral term in pu (base UNom)
Types.VoltageModulePuUqDipPu (from BaseWT4)Voltage threshold for UVRT detection in Q control in pu (base UNom)
Types.VoltageModulePuURef0Pu (from BaseWT4)User-defined bias in voltage reference in pu (base UNom)
Types.PerUnitXDropPu (from BaseWT4)Inductive component of voltage drop impedance in pu (base UNom, SNom)
IntegerMqUvrtUVRT Q control modes (0-2) (see Table 23, section 5.6.5.7, page 51 of the IEC norm N°61400-27-1:2015)
Types.TimetPFiltQActive power filter time constant in s
Types.TimetUFiltQVoltage filter time constant in s
Types.VoltageModulePuUdb1PuVoltage dead band lower limit in pu (base UNom)
Types.VoltageModulePuUdb2PuVoltage dead band upper limit in pu (base UNom)
QLimiter
BooleanQlConst (from BaseWT4)True if limits are constant
Types.ReactivePowerPuQMaxPu (from BaseWT4)Constant maximum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ReactivePowerPuQMinPu (from BaseWT4)Constant minimum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.TimetPFiltqlFilter time constant for active power measurement in s
Types.TimetUFiltqlFilter time constant for voltage measurement in s
GridProtection
Types.PerUnitfOverPu (from BaseWT4)WT over frequency protection activation threshold in pu (base fNom)
Types.PerUnitfUnderPu (from BaseWT4)WT under frequency protection activation threshold in pu (base fNom)
Types.VoltageModulePuUOverPu (from BaseWT4)WT over voltage protection activation threshold in pu (base UNom)
Types.VoltageModulePuUUnderPu (from BaseWT4)WT under voltage protection activation threshold in pu (base UNom)
Initialization
Types.ComplexCurrentPui0Pu (from BaseWT4)Initial complex current at grid terminal in pu (base UNom, SnRef) (receptor convention)
Types.PerUnitIGsIm0Pu (from BaseWT4)Initial imaginary component of the current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnitIGsRe0Pu (from BaseWT4)Initial real component of the current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnitIpMax0Pu (from BaseWT4)Initial maximum active current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMax0Pu (from BaseWT4)Initial maximum reactive current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.PerUnitIqMin0Pu (from BaseWT4)Initial minimum reactive current at converter terminal in pu (base UNom, SNom) (generator convention)
Types.ActivePowerPuPAg0Pu (from BaseWT4)Initial generator (air gap) power in pu (base SNom) (generator convention)
Types.ReactivePowerPuQMax0Pu (from BaseWT4)Initial maximum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ReactivePowerPuQMin0Pu (from BaseWT4)Initial minimum reactive power at grid terminal in pu (base SNom) (generator convention)
Types.ComplexVoltagePuu0Pu (from BaseWT4)Initial complex voltage at grid terminal in pu (base UNom)
Types.PerUnitUGsIm0Pu (from BaseWT4)Initial imaginary component of the voltage at converter terminal in pu (base UNom)
Types.PerUnitUGsRe0Pu (from BaseWT4)Initial real component of the voltage at converter terminal in pu (base UNom)
Operating point
Types.ActivePowerPuP0Pu (from BaseWT4)Initial active power at grid terminal in pu (base SnRef) (receptor convention)
Types.ReactivePowerPuQ0Pu (from BaseWT4)Initial reactive power at grid terminal in pu (base SnRef) (receptor convention)
Types.VoltageModulePuU0Pu (from BaseWT4)Initial voltage amplitude at grid terminal in pu (base UNom)
Types.AngleUPhase0 (from BaseWT4)Initial voltage angle at grid terminal in rad
Types.PerUnitXWT0Pu (from BaseWT4)Initial reactive power or voltage reference at grid terminal in pu (base SNom or UNom) (generator convention)
UfMeasurement
Types.AngularVelocityPuDfMaxPuMaximum frequency ramp rate in pu/s (base omegaNom)
BooleanMzcZero crossing measurement mode (true = 1 if the wind turbine protection system uses zero crossings to detect the frequency - otherwise false = 0)
Types.TimetfFiltFilter time constant for frequency measurement in s
Types.TimetphiFiltFilter time constant for voltage angle measurement in s
Types.TimetUFiltFilter time constant for voltage measurement in s

Connectors

TypeNameDefaultDescription
Dynawo.Connectors.ACPowerterminal (from BaseWT4)Grid terminal, complex voltage and current in pu (base UNom, SnRef) (receptor convention)
Modelica.Blocks.Interfaces.RealInputomegaRefPu (from BaseWT4)Reference frame for grid angular frequency in pu (base omegaNom)
Modelica.Blocks.Interfaces.RealInputPWTRefPu (from BaseWT4)Active power reference at grid terminal in pu (base SNom) (generator convention)
Modelica.Blocks.Interfaces.RealInputtanPhi (from BaseWT4)Tangent phi (can be figured as QPu / PPu)
Modelica.Blocks.Interfaces.RealInputxWTRefPu (from BaseWT4)Reactive power loop reference : reactive power or voltage reference depending on the Q control mode (MqG), in pu (base SNom or UNom) (generator convention)

Components

TypeNameDefaultDescription
Dynawo.Electrical.Sources.IEC.WT4InjectorwT4Injector (from BaseWT4)
Dynawo.Electrical.Controls.IEC.IEC61400.BaseControls.Auxiliaries.PLLpll (from BaseWT4)
Dynawo.Electrical.Controls.IEC.IEC61400.WT.Control4A2015control4A
Modelica.Blocks.Sources.Constantconst
Dynawo.Electrical.Controls.IEC.IEC61400.BaseControls.Auxiliaries.GridProtection2015gridProtection
Modelica.ComplexBlocks.ComplexMath.ComplexToPolarcomplexToPolar
Dynawo.Electrical.Controls.IEC.IEC61400.BaseControls.Auxiliaries.MeasurementsPQmeasurementsPQ