#2292 first adaption of Modelica library (connectors)

closes #2292

Signed-off-by: Florentine Rosiere <[email protected]>

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Converters/GridFormingControl_INIT.mo

@@ -20,22 +20,22 @@ model GridFormingControl_INIT "Initialization model for the grid forming control
   parameter Types.CurrentModulePu IMaxVI "Maximum current before activating the virtual impedance in pu (base UNom, SNom)";
 
   Types.PerUnit IdcSourceRef0Pu "Start value of DC current reference in pu (base UdcNom, SNom)";
-  Types.PerUnit IdcSource0Pu "Start value of DC current in pu (base UdcNom, SNom)";
-  Types.PerUnit UdcSource0Pu "Start value of DC voltage in pu (base UdcNom)";
+  Types.PerUnitConnector IdcSource0Pu "Start value of DC current in pu (base UdcNom, SNom)";
+  Types.PerUnitConnector UdcSource0Pu "Start value of DC voltage in pu (base UdcNom)";
   Types.PerUnit UdcSourceRef0Pu "Start value of DC voltage reference in pu (base UdcNom)";
-  Types.PerUnit UdConv0Pu "Start value of d-axis modulation voltage in pu (base UNom)";
-  Types.PerUnit UqConv0Pu "Start value of q-axis modulation voltage in pu (base UNom)";
-  Types.PerUnit IdConv0Pu "Start value of d-axis current in the converter in pu (base UNom, SNom) (generator convention)";
-  Types.PerUnit IqConv0Pu "Start value of q-axis current in the converter in pu (base UNom, SNom) (generator convention)";
+  Types.PerUnitConnector UdConv0Pu "Start value of d-axis modulation voltage in pu (base UNom)";
+  Types.PerUnitConnector UqConv0Pu "Start value of q-axis modulation voltage in pu (base UNom)";
+  Types.PerUnitConnector IdConv0Pu "Start value of d-axis current in the converter in pu (base UNom, SNom) (generator convention)";
+  Types.PerUnitConnector IqConv0Pu "Start value of q-axis current in the converter in pu (base UNom, SNom) (generator convention)";
   Types.ActivePowerPu PRef0Pu "Start value of the active power reference at the converter's capacitor in pu (base SNom) (generator convention)";
   Types.ReactivePowerPu QRef0Pu "Start value of the reactive power reference at the converter's capacitor in pu (base SNom) (generator convention)";
-  Types.PerUnit IdPcc0Pu "Start value of d-axis current in the grid in pu (base UNom, SNom) (generator convention)";
-  Types.PerUnit IqPcc0Pu "Start value of q-axis current in the grid in pu (base UNom, SNom) (generator convention)";
-  Types.PerUnit UdFilter0Pu "Start value of d-axis voltage at the converter's capacitor in pu (base UNom)";
-  Types.PerUnit UqFilter0Pu "Start value of q-axis voltage at the converter's capacitor in pu (base UNom)";
-  Types.Angle Theta0 "Start value of phase shift between the converter's rotating frame and the grid rotating frame in rad";
-  Types.ActivePowerPu PFilter0Pu "Start value of active power generated at the converter's capacitor in pu (base SNom) (generator convention)";
-  Types.ReactivePowerPu QFilter0Pu "Start value of reactive power generated at the converter's capacitor in pu (base SNom) (generator convention)";
+  Types.PerUnitConnector IdPcc0Pu "Start value of d-axis current in the grid in pu (base UNom, SNom) (generator convention)";
+  Types.PerUnitConnector IqPcc0Pu "Start value of q-axis current in the grid in pu (base UNom, SNom) (generator convention)";
+  Types.PerUnitConnector UdFilter0Pu "Start value of d-axis voltage at the converter's capacitor in pu (base UNom)";
+  Types.PerUnitConnector UqFilter0Pu "Start value of q-axis voltage at the converter's capacitor in pu (base UNom)";
+  Types.AngleConnector Theta0 "Start value of phase shift between the converter's rotating frame and the grid rotating frame in rad";
+  Types.ActivePowerPuConnector PFilter0Pu "Start value of active power generated at the converter's capacitor in pu (base SNom) (generator convention)";
+  Types.ReactivePowerPuConnector QFilter0Pu "Start value of reactive power generated at the converter's capacitor in pu (base SNom) (generator convention)";
   Types.VoltageModulePu UFilterRef0Pu "Start value of voltage module reference at the converter's capacitor in pu (base UNom)";
   Types.CurrentModulePu IConvSquare0Pu "Start value of square current in the converter in pu (base UNom, SNom)";
   Types.CurrentModulePu DeltaIConvSquare0Pu "Start value of extra square current in the converter in pu (base UNom, SNom)";

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/Governors/GovernorPmPGen_INIT.mo

@@ -15,8 +15,8 @@ within Dynawo.Electrical.Controls.Machines.Governors;
 model GovernorPmPGen_INIT "Initialisation model for governors with generated electric active power input PGenPu"
   extends AdditionalIcons.Init;
 
-  Types.ActivePowerPu PGen0Pu "Initial generated electric active power in pu (base SnRef (system base)) (generator convention)";
-  Types.ActivePowerPu Pm0Pu "Initial mechanical power in pu (base PNomTurb)";
+  Types.ActivePowerPuConnector PGen0Pu "Initial generated electric active power in pu (base SnRef (system base)) (generator convention)";
+  Types.ActivePowerPuConnector Pm0Pu "Initial mechanical power in pu (base PNomTurb)";
 
   annotation(preferredView = "text");
 end GovernorPmPGen_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/Governors/Governor_INIT.mo

@@ -15,7 +15,7 @@ within Dynawo.Electrical.Controls.Machines.Governors;
 model Governor_INIT "Initialisation model for governor"
   extends AdditionalIcons.Init;
 
-  Types.ActivePowerPu Pm0Pu(start = 1) "Initial mechanical power in pu (base PNomTurb)";
+  Types.ActivePowerPuConnector Pm0Pu(start = 1) "Initial mechanical power in pu (base PNomTurb)";
 
   annotation(preferredView = "text");
 end Governor_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/OverExcitationLimiters/Standard/Oel23c_INIT.mo

@@ -16,7 +16,7 @@ within Dynawo.Electrical.Controls.Machines.OverExcitationLimiters.Standard;
 model Oel23c_INIT "IEEE overexcitation limiter types OEL2C and OEL3C initialization model"
   extends AdditionalIcons.Init;
 
-  Types.PerUnit Input0Pu "Initial input signal";
+  Types.PerUnitConnector Input0Pu "Initial input signal";
 
   annotation(preferredView = "text");
 end Oel23c_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/OverExcitationLimiters/Standard/Oel4c_INIT.mo

@@ -16,7 +16,7 @@ within Dynawo.Electrical.Controls.Machines.OverExcitationLimiters.Standard;
 model Oel4c_INIT "IEEE overexcitation limiter type OEL4C initialization model"
   extends AdditionalIcons.Init;
 
-  Types.ReactivePowerPu QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
+  Types.ReactivePowerPuConnector QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
 
   annotation(preferredView = "text");
 end Oel4c_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/PowerSystemStabilizers/Pss_INIT.mo

@@ -16,7 +16,7 @@ within Dynawo.Electrical.Controls.Machines.PowerSystemStabilizers;
 model Pss_INIT "Initialization model for power system stabilizer"
   extends AdditionalIcons.Init;
 
-  Types.ActivePowerPu PGen0Pu "Initial active power in pu (base SnRef) (generator convention)";
+  Types.ActivePowerPuConnector PGen0Pu "Initial active power in pu (base SnRef) (generator convention)";
 
   annotation(preferredView = "text");
 end Pss_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/ReactivePowerControlLoops/ReactivePowerControlLoop_INIT.mo

@@ -15,10 +15,10 @@ within Dynawo.Electrical.Controls.Machines.ReactivePowerControlLoops;
 model ReactivePowerControlLoop_INIT "Initialisation model for the Reactive Power Control Loop (RPCL)"
   extends AdditionalIcons.Init;
 
-  Types.VoltageModulePu UStatorRef0Pu "Start value of the generator stator voltage reference in pu (base UNom)";
-  Types.ReactivePowerPu QStator0Pu "Start value of the generator stator reactive power in pu (base QNomAlt) (generator convention)";
-  Boolean limUQUp0 "Whether the maximum reactive power limits are reached or not (from generator voltage regulator), start value";
-  Boolean limUQDown0 "Whether the minimum reactive power limits are reached or not (from generator voltage regulator), start value";
+  Types.VoltageModulePuConnector UStatorRef0Pu "Start value of the generator stator voltage reference in pu (base UNom)";
+  Types.ReactivePowerPuConnector QStator0Pu "Start value of the generator stator reactive power in pu (base QNomAlt) (generator convention)";
+  Modelica.Blocks.Interfaces.BooleanInput limUQUp0 "Whether the maximum reactive power limits are reached or not (from generator voltage regulator), start value";
+  Modelica.Blocks.Interfaces.BooleanInput limUQDown0 "Whether the minimum reactive power limits are reached or not (from generator voltage regulator), start value";
 
   annotation(preferredView = "text");
 end ReactivePowerControlLoop_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/StatorCurrentLimiters/Standard/Scl1c_INIT.mo

@@ -16,9 +16,9 @@ within Dynawo.Electrical.Controls.Machines.StatorCurrentLimiters.Standard;
 model Scl1c_INIT "IEEE overexcitation limiter type SCL1C initialization model"
   extends AdditionalIcons.Init;
 
-  Types.ComplexCurrentPu it0Pu "Initial complex stator current in pu (base SnRef, UNom)";
-  Types.ReactivePowerPu QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
-  Types.ComplexVoltagePu ut0Pu "Initial complex stator voltage in pu (base UNom)";
+  Types.ComplexCurrentPuConnector it0Pu "Initial complex stator current in pu (base SnRef, UNom)";
+  Types.ReactivePowerPuConnector QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
+  Types.ComplexVoltagePuConnector ut0Pu "Initial complex stator voltage in pu (base UNom)";
 
   annotation(preferredView = "text");
 end Scl1c_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/StatorCurrentLimiters/Standard/Scl2c_INIT.mo

@@ -16,10 +16,10 @@ within Dynawo.Electrical.Controls.Machines.StatorCurrentLimiters.Standard;
 model Scl2c_INIT "IEEE overexcitation limiter type SCL2C initialization model"
   extends AdditionalIcons.Init;
 
-  Types.ComplexCurrentPu it0Pu "Initial complex stator current in pu (base SnRef, UNom)";
-  Types.ActivePowerPu PGen0Pu "Initial active power in pu (base SnRef) (generator convention)";
-  Types.ReactivePowerPu QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
-  Types.ComplexVoltagePu ut0Pu "Initial complex stator voltage in pu (base UNom)";
+  Types.ComplexCurrentPuConnector it0Pu "Initial complex stator current in pu (base SnRef, UNom)";
+  Types.ActivePowerPuConnector PGen0Pu "Initial active power in pu (base SnRef) (generator convention)";
+  Types.ReactivePowerPuConnector QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
+  Types.ComplexVoltagePuConnector ut0Pu "Initial complex stator voltage in pu (base UNom)";
 
   annotation(preferredView = "text");
 end Scl2c_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/UnderExcitationLimiters/Standard/Uel1_INIT.mo

@@ -16,8 +16,8 @@ within Dynawo.Electrical.Controls.Machines.UnderExcitationLimiters.Standard;
 model Uel1_INIT "IEEE overexcitation limiter type UEL1 initialization model"
   extends AdditionalIcons.Init;
 
-  Types.ComplexCurrentPu it0Pu "Initial complex stator current in pu (base SnRef, UNom)";
-  Types.ComplexVoltagePu ut0Pu "Initial complex stator voltage in pu (base UNom)";
+  Types.ComplexCurrentPuConnector it0Pu "Initial complex stator current in pu (base SnRef, UNom)";
+  Types.ComplexVoltagePuConnector ut0Pu "Initial complex stator voltage in pu (base UNom)";
 
   annotation(preferredView = "text");
 end Uel1_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/UnderExcitationLimiters/Standard/Uel2c_INIT.mo

@@ -25,12 +25,12 @@ model Uel2c_INIT "IEEE overexcitation limiter type UEL2C initialization model"
   parameter String FPQTableName "Name of table in text file for the reactive power as a function of active power";
   parameter String TablesFile "Text file that contains the table for the fpq function";
 
-  Types.ActivePowerPu PGen0Pu "Initial active power in pu (base SnRef) (generator convention)";
-  Types.ReactivePowerPu QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
+  Types.ActivePowerPuConnector PGen0Pu "Initial active power in pu (base SnRef) (generator convention)";
+  Types.ReactivePowerPuConnector QGen0Pu "Initial reactive power in pu (base SnRef) (generator convention)";
   Types.ReactivePowerPu QRef0Pu "Initial reference reactive power in pu (base SnRef) (generator convention)";
   Types.VoltageModulePu U0Pu "Initial voltage amplitude at terminal in pu (base UNom)";
-  Types.VoltageModulePu UsRef0Pu "Initial reference stator voltage in pu (base UNom)";
-  Types.ComplexVoltagePu ut0Pu "Initial complex stator voltage in pu (base UNom)";
+  Types.VoltageModulePuConnector UsRef0Pu "Initial reference stator voltage in pu (base UNom)";
+  Types.ComplexVoltagePuConnector ut0Pu "Initial complex stator voltage in pu (base UNom)";
   Types.VoltageModulePu VBias0Pu "Initial calculated voltage bias in pu (base UNom)";
 
   Modelica.Blocks.Tables.CombiTable1Ds combiTable1DsInit(fileName = TablesFile, tableName = FPQTableName, tableOnFile = true);

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Exciter_INIT.mo

@@ -16,8 +16,8 @@ within Dynawo.Electrical.Controls.Machines.VoltageRegulators;
 model Exciter_INIT "Initialization model for exciter"
   extends AdditionalIcons.Init;
 
-  Types.VoltageModulePu Efd0Pu "Initial excitation voltage in pu (user-selected base voltage)";
-  Types.VoltageModulePu Us0Pu "Initial stator voltage in pu (base UNom)";
+  Types.VoltageModulePuConnector Efd0Pu "Initial excitation voltage in pu (user-selected base voltage)";
+  Types.VoltageModulePuConnector Us0Pu "Initial stator voltage in pu (base UNom)";
 
   annotation(preferredView = "text");
 end Exciter_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Simplified/VRNordic_INIT.mo

@@ -16,7 +16,7 @@ within Dynawo.Electrical.Controls.Machines.VoltageRegulators.Simplified;
 model VRNordic_INIT "Voltage regulator initialization model for the Nordic 32 test system used for voltage stability studies"
   extends Dynawo.Electrical.Controls.Machines.VoltageRegulators.Exciter_INIT;
 
-  Types.CurrentModulePu Ir0Pu "Initial rotor current in pu (base SNom, UNom)";
+  Types.CurrentModulePuConnector Ir0Pu "Initial rotor current in pu (base SNom, UNom)";
 
   annotation(preferredView = "text");
 end VRNordic_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Simplified/VRProportionalIntegral_INIT.mo

@@ -19,7 +19,7 @@ model VRProportionalIntegral_INIT "Proportional integral voltage regulator initi
   parameter Types.VoltageModulePu EfdMinPu "Minimum allowed exciter field voltage in pu (user-selected base voltage)";
   parameter Types.PerUnit Gain "Control gain";
 
-  Types.VoltageModulePu Efd0PuLF "Initial exciter field voltage from LoadFlow in pu (user-selected base voltage)";
+  Types.VoltageModulePuConnector Efd0PuLF "Initial exciter field voltage from LoadFlow in pu (user-selected base voltage)";
   Types.VoltageModulePu UsRef0Pu "Initial reference stator voltage in pu (base UNom)";
   Types.VoltageModulePu yIntegrator0 "Initial integrator output in pu (user-selected base voltage)";
 

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Simplified/VRProportional_INIT.mo

@@ -21,7 +21,7 @@ model VRProportional_INIT "Simple proportional voltage regulator initialization
   parameter Types.VoltageModulePu EfdMinPu "Minimum allowed exciter field voltage in pu (user-selected base voltage)";
   parameter Types.PerUnit Gain "Control gain";
 
-  Types.VoltageModulePu Efd0PuLF "Initial exciter field voltage from LoadFlow in pu (user-selected base voltage)";
+  Types.VoltageModulePuConnector Efd0PuLF "Initial exciter field voltage from LoadFlow in pu (user-selected base voltage)";
   Types.VoltageModulePu UsRef0Pu "Initial reference stator voltage in pu (base UNom)";
 
   LimiterWithLag_INIT limiterWithLag(UMax = EfdMaxPu, UMin = EfdMinPu);

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Standard/Ac168_INIT.mo

@@ -25,7 +25,7 @@ model Ac168_INIT "IEEE excitation system types AC1C, AC6A, AC6C and AC8B initial
   parameter Types.VoltageModulePu VfeMaxPu "Maximum exciter field current signal in pu (user-selected base voltage)";
 
   Types.VoltageModulePu Efe0Pu "Initial output voltage of voltage regulator in pu (user-selected base voltage)";
-  Types.CurrentModulePu Ir0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
+  Types.CurrentModulePuConnector Ir0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
   Types.VoltageModulePu Ve0Pu "Initial exciter output voltage in pu (user-selected base voltage)";
   Types.VoltageModulePu VeMax0Pu "Maximum exciter output voltage in pu (user-selected base voltage)";
 

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Standard/Ac7b_INIT.mo

@@ -20,8 +20,8 @@ model Ac7b_INIT "IEEE excitation system type AC7B initialization model"
   parameter Types.PerUnit Kp "Potential source gain";
 
   //Input parameters
-  Types.ComplexCurrentPu it0Pu "Initial complex stator current in pu (base SNom, UNom)";
-  Types.ComplexVoltagePu ut0Pu "Initial complex voltage in pu (base UNom)";
+  Types.ComplexCurrentPuConnector it0Pu "Initial complex stator current in pu (base SNom, UNom)";
+  Types.ComplexVoltagePuConnector ut0Pu "Initial complex voltage in pu (base UNom)";
 
   //Output parameter
   Types.VoltageModulePu Vb0Pu "Initial available exciter field voltage in pu (base UNom)";

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Standard/ExAc1_INIT.mo

@@ -16,7 +16,7 @@ within Dynawo.Electrical.Controls.Machines.VoltageRegulators.Standard;
 model ExAc1_INIT "Initialization model of ExAc1"
   extends Dynawo.Electrical.Controls.Machines.VoltageRegulators.Exciter_INIT;
 
-  Types.CurrentModulePu Ir0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
+  Types.CurrentModulePuConnector Ir0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
 
   annotation(preferredView = "true");
 end ExAc1_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Standard/MAXEX2_INIT.mo

@@ -16,7 +16,7 @@ within Dynawo.Electrical.Controls.Machines.VoltageRegulators.Standard;
 model MAXEX2_INIT "Initialization model of MAXEX2"
   extends AdditionalIcons.Init;
 
-  Types.CurrentModulePu Ifd0Pu "Initial generator field current in pu (base SNom, user-selected base voltage)";
+  Types.CurrentModulePuConnector Ifd0Pu "Initial generator field current in pu (base SNom, user-selected base voltage)";
 
   annotation(preferredView = "text");
 end MAXEX2_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Standard/SCRX_INIT.mo

@@ -16,10 +16,10 @@ within Dynawo.Electrical.Controls.Machines.VoltageRegulators.Standard;
 model SCRX_INIT "Initialization model of SCRX"
   extends AdditionalIcons.Init;
 
-  Types.VoltageModulePu Efd0Pu "Initial excitation voltage in pu (user-selected base voltage)";
-  Types.CurrentModulePu IRotor0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
-  Types.VoltageModulePu UStator0Pu "Initial stator voltage in pu (base UNom)";
-  Types.VoltageModulePu Ut0Pu "Generator terminal initial voltage in pu (base UNom)";
+  Types.VoltageModulePuConnector Efd0Pu "Initial excitation voltage in pu (user-selected base voltage)";
+  Types.CurrentModulePuConnector IRotor0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
+  Types.VoltageModulePuConnector UStator0Pu "Initial stator voltage in pu (base UNom)";
+  Types.VoltageModulePuConnector Ut0Pu "Generator terminal initial voltage in pu (base UNom)";
 
   annotation(preferredView = "text");
 end SCRX_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Standard/St15c_INIT.mo

@@ -16,7 +16,7 @@ within Dynawo.Electrical.Controls.Machines.VoltageRegulators.Standard;
 model St15c_INIT "IEEE excitation system types ST1C and ST5C initialization model"
   extends Dynawo.Electrical.Controls.Machines.VoltageRegulators.Exciter_INIT;
 
-  Types.CurrentModulePu Ir0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
+  Types.CurrentModulePuConnector Ir0Pu "Initial rotor current in pu (base SNom, user-selected base voltage)";
 
   annotation(preferredView = "text");
 end St15c_INIT;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Machines/VoltageRegulators/Standard/St7c_INIT.mo

@@ -20,7 +20,7 @@ model St7c_INIT "IEEE excitation system type ST7C initialization model"
   parameter Types.PerUnit Kia "Voltage regulator feedback gain";
   parameter Types.PerUnit Kpa "Voltage regulator proportional gain";
 
-  Types.VoltageModulePu UsRef0Pu "Initial reference stator voltage in pu (base UNom)";
+  Types.VoltageModulePuConnector UsRef0Pu "Initial reference stator voltage in pu (base UNom)";
 
 equation
   UsRef0Pu = (1 + Kia) * Efd0Pu / Kpa + Us0Pu;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Protections/BaseClasses/BaseDistanceProtectionLine.mo

@@ -12,7 +12,7 @@ within Dynawo.Electrical.Controls.Protections.BaseClasses;
 * This file is part of Dynawo, an hybrid C++/Modelica open source suite of simulation tools for power systems.
 */
 
-partial model BaseDistanceProtectionLine "Base model for line distance protection"
+model BaseDistanceProtectionLine "Base model for line distance protection"
   import Modelica.Constants;
   import Modelica.Math.BooleanVectors.anyTrue;
   import Dynawo.NonElectrical.Logs.Timeline;

dynawo/sources/Models/Modelica/Dynawo/Electrical/Controls/Protections/BaseClasses/BaseUFLS.mo

@@ -12,7 +12,7 @@ within Dynawo.Electrical.Controls.Protections.BaseClasses;
 * This file is part of Dynawo, an hybrid C++/Modelica open source suite of simulation tools for power systems.
 */
 
-partial model BaseUFLS "Base model for under-frequency load shedding relays"
+model BaseUFLS "Base model for under-frequency load shedding relays"
   import Modelica.Constants;
   import Dynawo.NonElectrical.Logs.Timeline;
   import Dynawo.NonElectrical.Logs.TimelineKeys;