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model instance control ok but check model control no, why?

#6133  Permalink Top

model instance control ok but check model control no, why?

Aug-20-15 09:20:06

the model below pass the instance control of Openmodelica and Dymola but don't pass Check control of Openmodelica, why?


this is the model

model LinearDynamicImpedance
  "Battery cell model with a linear dependant, dynamic internal impedance and with basic cell measurement"
  extends Modelica_EnergyStorages.Icons.CellLinearDynamicImpedance;
  extends Modelica_EnergyStorages.Batteries.Components.OperationalParameters;
  parameter
    Modelica_EnergyStorages.CellRecords.LinearDynamicImpedance.LinearDynamicImpedanceParameters
                                                                                                        cellParameters1 = Modelica_EnergyStorages.CellRecords.LinearDynamicImpedance.Test1Parameters();
  parameter Real SOCini(start = 0.5) "Initial state of charge" annotation(Dialog(group = "Initialization"));
  final parameter Modelica.SIunits.Time tini(fixed = false) "Initial time";
  Modelica_EnergyStorages.Sensors.CellMeasurement cellMeasurement annotation(Placement(transformation(extent = {{20, -20}, {-20, 20}}, rotation = 0)));
  Modelica.Electrical.Analog.Interfaces.PositivePin pin_p annotation(Placement(transformation(extent = {{-10, 90}, {10, 110}}, rotation = 0)));
  Modelica.Electrical.Analog.Interfaces.NegativePin pin_n "negative pin" annotation(Placement(transformation(extent = {{-10, -110}, {10, -90}}, rotation = 0)));
  Modelica_EnergyStorages.Interfaces.SingleCellBus.Bus singleCellBus annotation(Placement(transformation(origin = {-60, 0}, extent = {{-10, -10}, {10, 10}}, rotation = 90), iconTransformation(extent = {{-20, -20}, {20, 20}}, rotation = 270, origin = {-52, 0})));
protected
  Modelica.Thermal.HeatTransfer.Interfaces.HeatPort_a internalHeatPort annotation(Placement(transformation(extent = {{76, -4}, {84, 4}})));
public
  Modelica.Thermal.HeatTransfer.Sources.FixedTemperature fixedTemperature(final T = TOperational) if not useHeatPort annotation(Placement(transformation(extent = {{-10, -10}, {10, 10}}, rotation = 90, origin = {80, -50})));
  Modelica.Thermal.HeatTransfer.Interfaces.HeatPort_a heatPort if useHeatPort annotation(Placement(transformation(extent = {{86, -10}, {106, 10}}, rotation = 0), iconTransformation(extent = {{44, -10}, {64, 10}})));
  Modelica_EnergyStorages.Batteries.Cells.Basic.LinearDynamicImpedance linearDynamicImpedance(
  TOperational = TOperational, final useHeatPort = false, final SOCini = SOCini,
    final cellParameters=
        cellParameters1)                                                                                              annotation(Placement(transformation(extent = {{40, -20}, {80, 20}})));
initial equation
  tini = time;


equation
  connect(cellMeasurement.pin_p, pin_p) annotation(Line(points = {{0, 20}, {0, 100}}, color = {0, 0, 255}));
  connect(cellMeasurement.pin_n, pin_n) annotation(Line(points = {{0, -20}, {0, -58}, {0, -100}}, color = {0, 0, 255}));
  connect(cellMeasurement.T, singleCellBus.T) annotation(Text(string = "%second", index = 1, extent = [6, 3; 6, 3], style(color = 0, rgbcolor = {0, 0, 0})), Line(points = {{-22, 0}, {-22, 0}, {-60, 0}}, color = {0, 0, 127}));
  connect(fixedTemperature.port, internalHeatPort) annotation(Line(points = {{80, -40}, {80, 0}}, color = {191, 0, 0}, smooth = Smooth.None));
  connect(cellMeasurement.v, singleCellBus.v) annotation(Line(points = {{-22, -12}, {-60, -12}, {-60, 0}}, color = {0, 0, 127}, smooth = Smooth.None), Text(string = "%second", index = 1, extent = {{6, 3}, {6, 3}}));
  connect(cellMeasurement.i, singleCellBus.i) annotation(Line(points = {{-22, 12}, {-60, 12}, {-60, 0}}, color = {0, 0, 127}, smooth = Smooth.None), Text(string = "%second", index = 1, extent = {{6, 3}, {6, 3}}));
  connect(internalHeatPort, heatPort) annotation(Line(points = {{80, 0}, {96, 0}}, color = {191, 0, 0}, smooth = Smooth.None));
  connect(linearDynamicImpedance.pin_p, cellMeasurement.pinCell_p) annotation(Line(points = {{60, 20}, {60, 26}, {40, 26}, {40, 12}, {20, 12}}, color = {0, 0, 255}, smooth = Smooth.None));
  connect(cellMeasurement.pinCell_n, linearDynamicImpedance.pin_n) annotation(Line(points = {{20, -12}, {40, -12}, {40, -26}, {60, -26}, {60, -20}}, color = {0, 0, 255}, smooth = Smooth.None));
  connect(linearDynamicImpedance.heatPort, internalHeatPort) annotation(Line(points = {{70.8, 0}, {80, 0}}, color = {191, 0, 0}, smooth = Smooth.None));
  connect(cellMeasurement.heatPort, internalHeatPort) annotation(Line(points = {{20, 0}, {30, 0}, {30, -32}, {80, -32}, {80, 0}}, color = {191, 0, 0}, smooth = Smooth.None));
  annotation(Diagram(graphics), Icon(graphics));
end LinearDynamicImpedance;






















message error:
"Check of Modelica_EnergyStorages.Batteries.Cells.WithMeasurement.LinearDynamicImpedance completed successfully.

[C:/Users/Dell_WSt3500/Documents/UFFICIO CLAUDIO PC/COMMESSE 2015/MODELICA/LIBRERIE 2014/ELETTRICA/Modelica_EnergyStorages-master/libreria modificata/Modelica_EnergyStorages.mo:419:11-421:2042:writable] Error: Variable linearDynamicImpedance.cellParameters: Duplicate modification of element  {OCVtableOnFile  = (typed)false DAE.PROP(Boolean, C_CONST), value: false, OCVtable  = (typed){{0.0, 2.7}, {0.008500000000000001, 3.131}, {0.05, 3.35}, {0.1, 3.49}, {0.2, 3.55}, {0.4, 3.65}, {0.6, 3.75}, {0.75, 3.85}, {0.9, 4.0}, {1.0, 4.2}} DAE.PROP(Real[10, 2], C_CONST), value: {{0.0,2.7},{0.008500000000000001,3.131},{0.05,3.35},{0.1,3.49},{0.2,3.55},{0.4,3.65},{0.6,3.75},{0.75,3.85},{0.9,4.0},{1.0,4.2}}}  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.SOCOCV(false, {{0.0, 2.7}, {0.008500000000000001, 3.131}, {0.05, 3.35}, {0.1, 3.49}, {0.2, 3.55}, {0.4, 3.65}, {0.6, 3.75}, {0.75, 3.85}, {0.9, 4.0}, {1.0, 4.2}}, \"NoName\", \"NoName\") DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.SOCOCV
  Boolean OCVtableOnFile;
  Real[0, 2] OCVtable;
  String OCVtableName;
  String OCVfileName;
end Modelica_EnergyStorages.CellRecords.Components.SOCOCV;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.SOCOCV
    OCVtableOnFile = false,
    OCVtable = {{0.0,2.7},{0.008500000000000001,3.131},{0.05,3.35},{0.1,3.49},{0.2,3.55},{0.4,3.65},{0.6,3.75},{0.75,3.85},{0.9,4.0},{1.0,4.2}},
    OCVtableName = \"NoName\",
    OCVfileName = \"NoName\"
end Modelica_EnergyStorages.CellRecords.Components.SOCOCV; on component SOCOCV.
[C:/Users/Dell_WSt3500/Documents/UFFICIO CLAUDIO PC/COMMESSE 2015/MODELICA/LIBRERIE 2014/ELETTRICA/Modelica_EnergyStorages-master/libreria modificata/Modelica_EnergyStorages.mo:419:11-421:2042:writable] Error: Variable linearDynamicImpedance.cellParameters: Duplicate modification of element  {C0  = (typed)140000 DAE.PROP(Integer, C_CONST), value: 140000, aging  {Qini  = (typed)3000 DAE.PROP(Integer, C_CONST), value: 3000, kQabs  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1, kt  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} , temperature  {Tref  = (typed)293.15 DAE.PROP(Real, C_CONST), value: 293.15, alpha  = (typed)1e-005 DAE.PROP(Real, C_CONST), value: 1e-005} }  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity(144000.0, Modelica_EnergyStorages.CellRecords.Components.Aging(5000.0, 0.1, 0.1), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(300.0, 0.0)) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity
  Real(quantity = \"ElectricCharge\", unit = \"C\") C0;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity
    C0 = 144000.0,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 5000.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 300.0,
    alpha = 0.0
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity; on component capacity.
[C:/Users/Dell_WSt3500/Documents/UFFICIO CLAUDIO PC/COMMESSE 2015/MODELICA/LIBRERIE 2014/ELETTRICA/Modelica_EnergyStorages-master/libreria modificata/Modelica_EnergyStorages.mo:419:11-421:2042:writable] Error: Variable linearDynamicImpedance.cellParameters: Duplicate modification of element  {R0  = (typed)0.0001 DAE.PROP(Real, C_CONST), value: 0.0001, SOC  {kSOC  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} , aging  {Qini  = (typed)5000 DAE.PROP(Integer, C_CONST), value: 5000, kQabs  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1, kt  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} , temperature  {alpha  = (typed)0.001 DAE.PROP(Real, C_CONST), value: 0.001} }  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.Resistance(0.0001, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.1, 0.1), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(300.0, 0.1)) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.Resistance
  Real(quantity = \"Resistance\", unit = \"Ohm\") R0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.0001,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 300.0,
    alpha = 0.1
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance; on component Rs.
[C:/Users/Dell_WSt3500/Documents/UFFICIO CLAUDIO PC/COMMESSE 2015/MODELICA/LIBRERIE 2014/ELETTRICA/Modelica_EnergyStorages-master/libreria modificata/Modelica_EnergyStorages.mo:419:11-421:2042:writable] Error: Variable linearDynamicImpedance.cellParameters: Duplicate modification of element  {xc  = (typed)0.8 DAE.PROP(Real, C_CONST), value: 0.8, xz  = (typed)2 DAE.PROP(Integer, C_CONST), value: 2}  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.SOH(0.8, 2.0) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.SOH
  Real(min = 0.0, max = 1.0) xc;
  Real(min = 1.0) xz;
end Modelica_EnergyStorages.CellRecords.Components.SOH;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.SOH
    xc = 0.8,
    xz = 2.0
end Modelica_EnergyStorages.CellRecords.Components.SOH; on component SoH.
[C:/Users/Dell_WSt3500/Documents/UFFICIO CLAUDIO PC/COMMESSE 2015/MODELICA/LIBRERIE 2014/ELETTRICA/Modelica_EnergyStorages-master/libreria modificata/Modelica_EnergyStorages.mo:419:11-421:2042:writable] Error: Variable linearDynamicImpedance.cellParameters: Duplicate modification of element  {Isd0  = (typed)1e-005 DAE.PROP(Real, C_CONST), value: 1e-005, aging  {Qini  = (typed)3000 DAE.PROP(Integer, C_CONST), value: 3000, kQabs  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1, kt  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} }  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.Selfdischarge(0.0, Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.1, 0.1)) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.Selfdischarge
  Real(quantity = \"ElectricCurrent\", unit = \"A\") Isd0;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
end Modelica_EnergyStorages.CellRecords.Components.Selfdischarge;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.Selfdischarge
    Isd0 = 0.0,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Selfdischarge; on component Isd.
[C:/Users/Dell_WSt3500/Documents/UFFICIO CLAUDIO PC/COMMESSE 2015/MODELICA/LIBRERIE 2014/ELETTRICA/Modelica_EnergyStorages-master/libreria modificata/Modelica_EnergyStorages.mo:419:11-421:2042:writable] Error: Variable linearDynamicImpedance.cellParameters: Duplicate modification of element  = (typed){Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.001, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(3500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(200.0, 0.1, 0.1))), Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.002, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(4000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(4500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(400.0, 0.1, 0.1)))} DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.RCelement
  record Modelica_EnergyStorages.CellRecords.Components.Resistance
  Real(quantity = \"Resistance\", unit = \"Ohm\") R0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.Resistance; Rd;
  record Modelica_EnergyStorages.CellRecords.Components.Capacitance
  Real(quantity = \"Capacitance\", unit = \"F\", min = 0.0) C0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance; Cd;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;[2], C_CONST), value: {record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.001,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 3500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 200.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;,record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.002,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 4000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 4500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 400.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;} and final  = (typed){Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.001, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(3500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(200.0, 0.1, 0.1))), Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.002, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(4000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(4500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(400.0, 0.1, 0.1)))} DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.RCelement
  record Modelica_EnergyStorages.CellRecords.Components.Resistance
  Real(quantity = \"Resistance\", unit = \"Ohm\") R0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.Resistance; Rd;
  record Modelica_EnergyStorages.CellRecords.Components.Capacitance
  Real(quantity = \"Capacitance\", unit = \"F\", min = 0.0) C0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance; Cd;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;[2], C_CONST), value: {record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.001,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 3500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 200.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;,record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.002,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 4000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 4500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 400.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;} on component RC.
[C:/Users/Dell_WSt3500/Documents/UFFICIO CLAUDIO PC/COMMESSE 2015/MODELICA/LIBRERIE 2014/ELETTRICA/Modelica_EnergyStorages-master/libreria modificata/Modelica_EnergyStorages.mo:419:11-421:2042:writable] Error: Variable linearDynamicImpedance.cellParameters: Duplicate modification of element  {OCVtableOnFile  = (typed)false DAE.PROP(Boolean, C_CONST), value: false, OCVtable  = (typed){{0.0, 2.7}, {0.008500000000000001, 3.131}, {0.05, 3.35}, {0.1, 3.49}, {0.2, 3.55}, {0.4, 3.65}, {0.6, 3.75}, {0.75, 3.85}, {0.9, 4.0}, {1.0, 4.2}} DAE.PROP(Real[10, 2], C_CONST), value: {{0.0,2.7},{0.008500000000000001,3.131},{0.05,3.35},{0.1,3.49},{0.2,3.55},{0.4,3.65},{0.6,3.75},{0.75,3.85},{0.9,4.0},{1.0,4.2}}}  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.SOCOCV(false, {{0.0, 2.7}, {0.008500000000000001, 3.131}, {0.05, 3.35}, {0.1, 3.49}, {0.2, 3.55}, {0.4, 3.65}, {0.6, 3.75}, {0.75, 3.85}, {0.9, 4.0}, {1.0, 4.2}}, \"NoName\", \"NoName\") DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.SOCOCV
  Boolean OCVtableOnFile;
  Real[0, 2] OCVtable;
  String OCVtableName;
  String OCVfileName;
end Modelica_EnergyStorages.CellRecords.Components.SOCOCV;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.SOCOCV
    OCVtableOnFile = false,
    OCVtable = {{0.0,2.7},{0.008500000000000001,3.131},{0.05,3.35},{0.1,3.49},{0.2,3.55},{0.4,3.65},{0.6,3.75},{0.75,3.85},{0.9,4.0},{1.0,4.2}},
    OCVtableName = \"NoName\",
    OCVfileName = \"NoName\"
end Modelica_EnergyStorages.CellRecords.Components.SOCOCV; on component SOCOCV.
Error: Duplicate modification of element  {C0  = (typed)140000 DAE.PROP(Integer, C_CONST), value: 140000, aging  {Qini  = (typed)3000 DAE.PROP(Integer, C_CONST), value: 3000, kQabs  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1, kt  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} , temperature  {Tref  = (typed)293.15 DAE.PROP(Real, C_CONST), value: 293.15, alpha  = (typed)1e-005 DAE.PROP(Real, C_CONST), value: 1e-005} }  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity(144000.0, Modelica_EnergyStorages.CellRecords.Components.Aging(5000.0, 0.1, 0.1), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(300.0, 0.0)) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity
  Real(quantity = \"ElectricCharge\", unit = \"C\") C0;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity
    C0 = 144000.0,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 5000.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 300.0,
    alpha = 0.0
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.ChargeCapacity; on component capacity.
Error: Duplicate modification of element  {R0  = (typed)0.0001 DAE.PROP(Real, C_CONST), value: 0.0001, SOC  {kSOC  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} , aging  {Qini  = (typed)5000 DAE.PROP(Integer, C_CONST), value: 5000, kQabs  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1, kt  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} , temperature  {alpha  = (typed)0.001 DAE.PROP(Real, C_CONST), value: 0.001} }  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.Resistance(0.0001, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.1, 0.1), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(300.0, 0.1)) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.Resistance
  Real(quantity = \"Resistance\", unit = \"Ohm\") R0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.0001,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 300.0,
    alpha = 0.1
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance; on component Rs.
Error: Duplicate modification of element  {xc  = (typed)0.8 DAE.PROP(Real, C_CONST), value: 0.8, xz  = (typed)2 DAE.PROP(Integer, C_CONST), value: 2}  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.SOH(0.8, 2.0) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.SOH
  Real(min = 0.0, max = 1.0) xc;
  Real(min = 1.0) xz;
end Modelica_EnergyStorages.CellRecords.Components.SOH;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.SOH
    xc = 0.8,
    xz = 2.0
end Modelica_EnergyStorages.CellRecords.Components.SOH; on component SoH.
Error: Duplicate modification of element  {Isd0  = (typed)1e-005 DAE.PROP(Real, C_CONST), value: 1e-005, aging  {Qini  = (typed)3000 DAE.PROP(Integer, C_CONST), value: 3000, kQabs  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1, kt  = (typed)0.1 DAE.PROP(Real, C_CONST), value: 0.1} }  and final  = (typed)Modelica_EnergyStorages.CellRecords.Components.Selfdischarge(0.0, Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.1, 0.1)) DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.Selfdischarge
  Real(quantity = \"ElectricCurrent\", unit = \"A\") Isd0;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
end Modelica_EnergyStorages.CellRecords.Components.Selfdischarge;, C_CONST), value: record Modelica_EnergyStorages.CellRecords.Components.Selfdischarge
    Isd0 = 0.0,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Selfdischarge; on component Isd.
Error: Duplicate modification of element  = (typed){Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.001, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(3500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(200.0, 0.1, 0.1))), Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.002, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(4000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(4500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(400.0, 0.1, 0.1)))} DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.RCelement
  record Modelica_EnergyStorages.CellRecords.Components.Resistance
  Real(quantity = \"Resistance\", unit = \"Ohm\") R0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.Resistance; Rd;
  record Modelica_EnergyStorages.CellRecords.Components.Capacitance
  Real(quantity = \"Capacitance\", unit = \"F\", min = 0.0) C0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance; Cd;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;[2], C_CONST), value: {record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.001,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 3500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 200.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;,record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.002,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 4000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 4500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 400.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;} and final  = (typed){Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.001, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(3000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(3500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(200.0, 0.1, 0.1))), Modelica_EnergyStorages.CellRecords.Components.RCelement(Modelica_EnergyStorages.CellRecords.Components.Resistance(0.002, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(4000.0, 0.001, 0.001), Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency(293.0, 0.0001)), Modelica_EnergyStorages.CellRecords.Components.Capacitance(4500.0, Modelica_EnergyStorages.CellRecords.Components.SOCDependency(0.1), Modelica_EnergyStorages.CellRecords.Components.Aging(400.0, 0.1, 0.1)))} DAE.PROP(record Modelica_EnergyStorages.CellRecords.Components.RCelement
  record Modelica_EnergyStorages.CellRecords.Components.Resistance
  Real(quantity = \"Resistance\", unit = \"Ohm\") R0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
  record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
  Real(quantity = \"ThermodynamicTemperature\", unit = \"K\", min = 0.0, start = 288.15, nominal = 300.0, displayUnit = \"degC\") Tref;
  Real(quantity = \"LinearTemperatureCoefficient\", unit = \"1/K\") alpha;
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency; temperature;
end Modelica_EnergyStorages.CellRecords.Components.Resistance; Rd;
  record Modelica_EnergyStorages.CellRecords.Components.Capacitance
  Real(quantity = \"Capacitance\", unit = \"F\", min = 0.0) C0;
  record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
  Real kSOC;
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency; SOC;
  record Modelica_EnergyStorages.CellRecords.Components.Aging
  Real(quantity = \"ElectricCharge\", unit = \"C\") Qini;
  Real(quantity = \"1/Modelica.SIunits.ElectricCharge\", unit = \"1/(A.s)\") kQabs;
  Real(quantity = \"1/Modelica.SIunits.Time\", unit = \"1/s\") kt;
end Modelica_EnergyStorages.CellRecords.Components.Aging; aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance; Cd;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;[2], C_CONST), value: {record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.001,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 3000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 3500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 200.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;,record Modelica_EnergyStorages.CellRecords.Components.RCelement
    Rd = record Modelica_EnergyStorages.CellRecords.Components.Resistance
    R0 = 0.002,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 4000.0,
    kQabs = 0.001,
    kt = 0.001
end Modelica_EnergyStorages.CellRecords.Components.Aging;,
    temperature = record Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency
    Tref = 293.0,
    alpha = 0.0001
end Modelica_EnergyStorages.CellRecords.Components.TemperatureDependency;
end Modelica_EnergyStorages.CellRecords.Components.Resistance;,
    Cd = record Modelica_EnergyStorages.CellRecords.Components.Capacitance
    C0 = 4500.0,
    SOC = record Modelica_EnergyStorages.CellRecords.Components.SOCDependency
    kSOC = 0.1
end Modelica_EnergyStorages.CellRecords.Components.SOCDependency;,
    aging = record Modelica_EnergyStorages.CellRecords.Components.Aging
    Qini = 400.0,
    kQabs = 0.1,
    kt = 0.1
end Modelica_EnergyStorages.CellRecords.Components.Aging;
end Modelica_EnergyStorages.CellRecords.Components.Capacitance;
end Modelica_EnergyStorages.CellRecords.Components.RCelement;} on component RC.

Class Modelica_EnergyStorages.Batteries.Cells.WithMeasurement.LinearDynamicImpedance has 336 equation(s) and 336 variable(s).
245 of these are trivial equation(s).
"

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