FCSys.Conditions.ByConnector.BoundaryBus.Pair.Phases

Conditions for a BoundaryBus connector

Information

Extends from Modelica.Icons.Package (Icon for standard packages).

Package Content

Name	Description
Gas	Condition for gas
Graphite	Condition for graphite
Ionomer	Condition for ionomer
Liquid	Condition for liquid
EmptyPhase	Empty condition for a phase (no species)

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FCSys.Conditions.ByConnector.BoundaryBus.Pair.Phases.Gas

Condition for gas

Information

Extends from EmptyPhase (Empty condition for a phase (no species)).

Parameters

Type	Name	Default	Description
Species
Boolean	inclH2	false	Include H2
Temperature	H2		H2 conditions
Boolean	inclH2O	false	Include H2O
Temperature	H2O		H2O conditions
Boolean	inclN2	false	Include H2
Temperature	N2		N2 conditions
Boolean	inclO2	false	Include O2
Temperature	O2		O2 conditions

Connectors

Type	Name	Description
BoundaryBus	negative	Negative-side multi-species connector for material, momentum, and energy
BoundaryBus	positive	Positive-side multi-species connector for material, momentum, and energy
RealInputBus	u	Input bus for values of specified conditions
RealOutputBus	y	Output bus of measurements

Modelica definition

model Gas "Condition for gas"

  extends EmptyPhase;

  // Conditionally include species.
  parameter Boolean inclH2=false "Include H2";

  Boundary.Pair.Temperature H2 if inclH2 "H2 conditions";

  parameter Boolean inclH2O=false "Include H2O";

  Boundary.Pair.Temperature H2O if inclH2O "H2O conditions";

  parameter Boolean inclN2=false "Include H2";

  Boundary.Pair.Temperature N2 if inclN2 "N2 conditions";

  parameter Boolean inclO2=false "Include O2";

  Boundary.Pair.Temperature O2 if inclO2 "O2 conditions";

equation 
  // H2
  connect(H2.negative, negative.H2);

  connect(H2.positive, positive.H2);

  connect(u.H2, H2.u);

  connect(H2.y, y.H2);

  // H2O
  connect(H2O.negative, negative.H2O);

  connect(H2O.positive, positive.H2O);

  connect(u.H2O, H2O.u);

  connect(H2O.y, y.H2O);

  // N2
  connect(N2.negative, negative.N2);

  connect(N2.positive, positive.N2);

  connect(u.N2, N2.u);

  connect(N2.y, y.N2);

  // O2
  connect(O2.negative, negative.O2);

  connect(O2.positive, positive.O2);

  connect(u.O2, O2.u);

  connect(O2.y, y.O2);
end Gas;

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FCSys.Conditions.ByConnector.BoundaryBus.Pair.Phases.Graphite

Condition for graphite

Information

Extends from EmptyPhase (Empty condition for a phase (no species)).

Parameters

Type	Name	Default	Description
Species
Boolean	'inclC+'	false	Include C+
HeatRate	'C+'		C+ conditions
Boolean	'incle-'	false	Include e-
Temperature	'e-'		e- conditions

Connectors

Type	Name	Description
BoundaryBus	negative	Negative-side multi-species connector for material, momentum, and energy
BoundaryBus	positive	Positive-side multi-species connector for material, momentum, and energy
RealInputBus	u	Input bus for values of specified conditions
RealOutputBus	y	Output bus of measurements

Modelica definition

model Graphite "Condition for graphite"

  extends EmptyPhase;

  // Conditionally include species.
  parameter Boolean 'inclC+'=false "Include C+";

  ThermalDiffusive.Pair.HeatRate 'C+' if 'inclC+' "C+ conditions";

  parameter Boolean 'incle-'=false "Include e-";

  Boundary.Pair.Temperature 'e-' if 'incle-' "e- conditions";

equation 
  // C+
  connect('C+'.negative, negative.'C+');

  connect('C+'.positive, positive.'C+');

  connect(u.'C+', 'C+'.u);

  connect('C+'.y, y.'C+');

  // e-
  connect('e-'.negative, negative.'e-');

  connect('e-'.positive, positive.'e-');

  connect(u.'e-', 'e-'.u);

  connect('e-'.y, y.'e-');

end Graphite;

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FCSys.Conditions.ByConnector.BoundaryBus.Pair.Phases.Ionomer

Condition for ionomer

Information

Extends from EmptyPhase (Empty condition for a phase (no species)).

Parameters

Type	Name	Default	Description
Species
Boolean	'inclSO3-'	false	Include C19HF37O5S- (abbreviated as SO3-)
HeatRate	'SO3-'		SO3- conditions
Boolean	'inclH+'	false	Include H+
Temperature	'H+'		H+ conditions
Boolean	inclH2O	false	Include H2O
Temperature	H2O		H2O conditions

Connectors

Type	Name	Description
BoundaryBus	negative	Negative-side multi-species connector for material, momentum, and energy
BoundaryBus	positive	Positive-side multi-species connector for material, momentum, and energy
RealInputBus	u	Input bus for values of specified conditions
RealOutputBus	y	Output bus of measurements

Modelica definition

model Ionomer "Condition for ionomer"

  extends EmptyPhase;

  // Conditionally include species.
  parameter Boolean 'inclSO3-'=false 
    "Include C19HF37O5S- (abbreviated as SO3-)";

  ThermalDiffusive.Pair.HeatRate 'SO3-' if 'inclSO3-' "SO3- conditions";

  parameter Boolean 'inclH+'=false "Include H+";

  Boundary.Pair.Temperature 'H+' if 'inclH+' "H+ conditions";

  parameter Boolean inclH2O=false "Include H2O";

  Boundary.Pair.Temperature H2O if inclH2O "H2O conditions";

equation 
  // C19HF37O5S-
  connect('SO3-'.negative, negative.'SO3-');

  connect('SO3-'.positive, positive.'SO3-');

  connect(u.'SO3-', 'SO3-'.u);

  connect('SO3-'.y, y.'SO3-');

  // H+
  connect('H+'.negative, negative.'H+');

  connect('H+'.positive, positive.'H+');

  connect(u.'H+', 'H+'.u);

  connect('H+'.y, y.'H+');

  // H2O
  connect(H2O.negative, negative.H2O);

  connect(H2O.positive, positive.H2O);

  connect(u.H2O, H2O.u);

  connect(H2O.y, y.H2O);

end Ionomer;

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FCSys.Conditions.ByConnector.BoundaryBus.Pair.Phases.Liquid

Condition for liquid

Information

Extends from EmptyPhase (Empty condition for a phase (no species)).

Parameters

Type	Name	Default	Description
Species
Boolean	inclH2O	false	Include H2O
Temperature	H2O		H2O conditions

Connectors

Type	Name	Description
BoundaryBus	negative	Negative-side multi-species connector for material, momentum, and energy
BoundaryBus	positive	Positive-side multi-species connector for material, momentum, and energy
RealInputBus	u	Input bus for values of specified conditions
RealOutputBus	y	Output bus of measurements

Modelica definition

model Liquid "Condition for liquid"

  extends EmptyPhase;

  // Conditionally include species.
  parameter Boolean inclH2O=false "Include H2O";

  Boundary.Pair.Temperature H2O if inclH2O "H2O conditions";

equation 
  // H2O
  connect(H2O.negative, negative.H2O);

  connect(H2O.positive, positive.H2O);

  connect(u.H2O, H2O.u);

  connect(H2O.y, y.H2O);

end Liquid;

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FCSys.Conditions.ByConnector.BoundaryBus.Pair.Phases.EmptyPhase

Empty condition for a phase (no species)

Information

Extends from FCSys.Icons.Conditions.PairShort (Short icon for a two-connector boundary condition).

Connectors

Type	Name	Description
BoundaryBus	negative	Negative-side multi-species connector for material, momentum, and energy
BoundaryBus	positive	Positive-side multi-species connector for material, momentum, and energy
RealInputBus	u	Input bus for values of specified conditions
RealOutputBus	y	Output bus of measurements

Modelica definition

model EmptyPhase "Empty condition for a phase (no species)"
  extends FCSys.Icons.Conditions.PairShort;

  Connectors.BoundaryBus negative 
    "Negative-side multi-species connector for material, momentum, and energy";
  Connectors.BoundaryBus positive 
    "Positive-side multi-species connector for material, momentum, and energy";
  Connectors.RealInputBus u "Input bus for values of specified conditions";

  Connectors.RealOutputBus y "Output bus of measurements";

end EmptyPhase;