FCSys.Regions.CaGDLs

Cathode gas diffusion layers

Information

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

Package Content

Name	Description
CaGDL	Cathode gas diffusion layer
Sigracet10BA	SGL Carbon Group Sigracet® 10 BA
Sigracet10BB	SGL Carbon Group Sigracet® 10 BB
Sigracet10BC	SGL Carbon Group Sigracet® 10 BC
Sigracet24BA	SGL Carbon Group Sigracet® 24 BA
Sigracet24BC	SGL Carbon Group Sigracet® 24 BC
Sigracet25BA	SGL Carbon Group Sigracet® 25 BA
Sigracet25BC	SGL Carbon Group Sigracet® 25 BC
TorayTGPH030	Toray Industries TGP-H-030
TorayTGPH060	Toray Industries TGP-H-060
TorayTGPH090	Toray Industries TGP-H-090
TorayTGPH120	Toray Industries TGP-H-030

FCSys.Regions.CaGDLs.CaGDL

Cathode gas diffusion layer FCSys.Regions.CaGDLs.CaGDL

Information

This model represents the cathode gas diffusion layer of a PEMFC. It is identical to the anode gas diffusion layer except for the included species. For more information, please see the anGDL model.

Extends from Region (Base model for a 3D array of subregions).

Parameters

Type Name Default Description

replaceable model Subregion FCSys.Subregions.SubregionNo… Base subregion model

Geometry

Length L_x[:] {0.235}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.8 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransX true X

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
replaceable model Subregion	FCSys.Subregions.SubregionNo…	Base subregion model
Geometry
Length	L_x[:]	{0.235}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.8	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransX	true	X
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type Name Description

replaceable model Subregion Base subregion model

BoundaryBus xNegative[n_y, n_z] Negative boundary along the x axis

BoundaryBus xPositive[n_y, n_z] Positive boundary along the x axis

BoundaryBus yNegative[n_x, n_z] Negative boundary along the y axis

BoundaryBus yPositive[n_x, n_z] Positive boundary along the y axis

BoundaryBus zNegative[n_x, n_y] Negative boundary along the z axis

BoundaryBus zPositive[n_x, n_y] Positive boundary along the z axis

Type	Name	Description
replaceable model Subregion	Base subregion model
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model CaGDL "Cathode gas diffusion layer"
  import Modelica.Constants.inf;
  // extends FCSys.Icons.Names.Top4;

  // Note:  Extensions of CaGDL should be placed directly in the CaGDLs
  // package rather than subpackages (e.g., by manufacturer) so that
  // __Dymola_choicesFromPackage can be used.  Dymola 7.4 launches the
  // parameter dialogs too slowly when __Dymola_choicesAllMatching is
  // used.

  extends Region(
    L_x={0.235}*U.mm,
    L_y={8}*U.cm,
    L_z={6.25}*U.cm,
    final inclTransX=true,
    inclTransY=false,
    inclTransZ=false,
    redeclare replaceable model Subregion = FCSys.Subregions.SubregionNoIonomer
        (
        common(k_Q=0),
        gasLiq(k_Q=inf),
        gas(
          common(k_Q=inf),
          k=fill(epsilon^(-0.5), 3),
          inclH2O=true,
          inclN2=true,
          inclO2=true,
          H2O(
            initEnergy=Init.none,
            upstreamX=false,
            phi(each stateSelect=StateSelect.always, each fixed=true),
            final zeta=0,
            final eta=0),
          N2(
            initEnergy=Init.none,
            upstreamX=false,
            phi(each stateSelect=StateSelect.always, each fixed=true),
            final zeta=0,
            final eta=0),
          O2(
            initEnergy=Init.none,
            upstreamX=false,
            I(each stateSelect=StateSelect.always, each fixed=true),
            final zeta=0,
            final eta=0)),
        graphite(
          k=fill((1 - epsilon)^(-0.5), 3),
          'inclC+'=true,
          'incle-'=true,
          'C+'(theta=U.m*U.K/(1.18*U.W)*(1 - epsilon)^1.5,final epsilon=1 -
                epsilon),
          'e-'(sigma=40*U.S/(12*U.cm)/(1 - epsilon)^1.5)),
        liquid(
          k=fill(epsilon^(-0.5), 3),
          inclH2O=true,
          H2O(
            upstreamX=false,
            epsilon_IC=1e-5,
            final eta=0,
            phi(each stateSelect=StateSelect.always, each fixed=true),
            each initEnergy=Init.none,
            T(each stateSelect=StateSelect.default))),
        volume(inclCapillary=true,capillary(R=22*U.um))));

  // Note:  The fluid species have zero fluidity (eta=0) so that the transverse
  // velocity is zero at the interface with the flow plate.  That condition
  // is necessary to produce the appropriate pressure loss down the channel.

  // See the documentation layer of Phases.PartialPhase regarding the
  // settings of k for each phase.

  parameter Q.NumberAbsolute epsilon(nominal=1) = 0.8 "Porosity";

protected 
  outer Conditions.Environment environment "Environmental conditions";

end CaGDL;

FCSys.Regions.CaGDLs.Sigracet10BA

SGL Carbon Group Sigracet® 10 BA FCSys.Regions.CaGDLs.Sigracet10BA

Information

The default properties are based on [SGL2007].

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.400}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.88 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.400}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.88	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type Name Description

BoundaryBus xNegative[n_y, n_z] Negative boundary along the x axis

BoundaryBus xPositive[n_y, n_z] Positive boundary along the x axis

BoundaryBus yNegative[n_x, n_z] Negative boundary along the y axis

BoundaryBus yPositive[n_x, n_z] Positive boundary along the y axis

BoundaryBus zNegative[n_x, n_y] Negative boundary along the z axis

BoundaryBus zPositive[n_x, n_y] Positive boundary along the z axis

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model Sigracet10BA "SGL Carbon Group Sigracet® 10 BA"
  extends CaGDL(
    L_x={0.400}*U.mm,
    epsilon=0.88,
    Subregion(graphite('e-'(sigma=40*U.S/(12*U.cm)))));
  // Additional properties not incorporated [SGL2007]:
  //     Diffusivity:  L = 0.400 mm, p = 0.85 m/s (for air) => D = P*L = 340 mm2/s
  //     Density:  (85 g/m2)/(0.400 mm)/0.88 = 212.5 kg/m3

end Sigracet10BA;

FCSys.Regions.CaGDLs.Sigracet10BB

SGL Carbon Group Sigracet® 10 BB FCSys.Regions.CaGDLs.Sigracet10BB

Information

The default properties are based on [SGL2007].

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.420}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.84 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.420}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.84	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model Sigracet10BB "SGL Carbon Group Sigracet® 10 BB"
  extends CaGDL(
    L_x={0.420}*U.mm,
    epsilon=0.84,
    Subregion(graphite('e-'(sigma=42*U.S/(15*U.cm)))));
  // Additional properties not incorporated [SGL2007]:
  //     Diffusivity:  L = 0.420 mm, p = 0.03 m/s (for air) => D = P*L = 12.6 mm2/s
  //     Density:  (125 g/m2)/(0.420 mm) = 297.62 kg/m3

end Sigracet10BB;

FCSys.Regions.CaGDLs.Sigracet10BC

SGL Carbon Group Sigracet® 10 BC FCSys.Regions.CaGDLs.Sigracet10BC

Information

The default properties are based on [SGL2007].

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.420}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.82 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.420}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.82	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model Sigracet10BC "SGL Carbon Group Sigracet® 10 BC"
  extends CaGDL(
    L_x={0.420}*U.mm,
    epsilon=0.82,
    Subregion(graphite('e-'(sigma=42*U.S/(16*U.cm)))));
  // Additional properties not incorporated [SGL2007]:
  //     Diffusivity:  L = 0.420 mm, p = 0.0145 m/s (for air) => D = P*L = 6.09 mm2/s
  //     Density:  (135 g/m2)/(0.420 mm) = 321.43 kg/m3

end Sigracet10BC;

FCSys.Regions.CaGDLs.Sigracet24BA

SGL Carbon Group Sigracet® 24 BA FCSys.Regions.CaGDLs.Sigracet24BA

Information

The default properties are based on [SGL2004].

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.190}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.84 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.190}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.84	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model Sigracet24BA "SGL Carbon Group Sigracet® 24 BA"
  extends CaGDL(
    L_x={0.190}*U.mm,
    epsilon=0.84,
    Subregion(graphite('e-'(sigma=19*U.S/(10*U.cm)))));
  // Additional properties not incorporated [SGL2004]:
  //     Diffusivity:  L = 0.190 mm, p = 0.30 m/s (for air) => D = P*L = 57 mm2/s
  //     Density:  (54 g/m2)/(0.190 mm) = 284.21 kg/m3

end Sigracet24BA;

FCSys.Regions.CaGDLs.Sigracet24BC

SGL Carbon Group Sigracet® 24 BC FCSys.Regions.CaGDLs.Sigracet24BC

Information

The default properties are based on [SGL2004].

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.235}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.76 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.235}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.76	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model Sigracet24BC "SGL Carbon Group Sigracet® 24 BC"
  extends CaGDL(
    L_x={0.235}*U.mm,
    epsilon=0.76,
    Subregion(graphite('e-'(sigma=23.5*U.S/(11*U.cm)))));
  // Additional properties not incorporated [SGL2004]:
  //     Diffusivity:  L = 0.235 mm, p = 0.0045 m/s (for air) => D = P*L = 1.0575 mm2/s
  //     Density:  (100 g/m2)/(0.235 mm) = 425.53 kg/m3

end Sigracet24BC;

FCSys.Regions.CaGDLs.Sigracet25BA

SGL Carbon Group Sigracet® 25 BA FCSys.Regions.CaGDLs.Sigracet25BA

Information

The default properties are based on [SGL2004].

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.190}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.88 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.190}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.88	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model Sigracet25BA "SGL Carbon Group Sigracet® 25 BA"
  extends CaGDL(
    L_x={0.190}*U.mm,
    epsilon=0.88,
    Subregion(graphite('e-'(sigma=19*U.S/(10*U.cm)))));
  // Additional properties not incorporated [SGL2004]:
  //     Diffusivity:  L = 0.190 mm, p = 0.90 m/s (for air) => D = P*L = 171 mm2/s
  //     Density:  (40 g/m2)/(0.190 mm) = 210.53 kg/m3

end Sigracet25BA;

FCSys.Regions.CaGDLs.Sigracet25BC

SGL Carbon Group Sigracet® 25 BC FCSys.Regions.CaGDLs.Sigracet25BC

Information

The default properties are based on [SGL2004].

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.235}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.80 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.235}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.80	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model Sigracet25BC "SGL Carbon Group Sigracet® 25 BC"
  extends CaGDL(
    L_x={0.235}*U.mm,
    epsilon=0.80,
    Subregion(graphite('e-'(sigma=23.5*U.S/(12*U.cm)))));
  // Additional properties not incorporated [SGL2004]:
  //     Diffusivity:  L = 0.235 mm, p = 0.008 m/s (for air) => D = P*L = 1.88 mm2/s
  //     Density:  (86 g/m2)/(0.235 mm) = 365.96 kg/m3

end Sigracet25BC;

FCSys.Regions.CaGDLs.TorayTGPH030

Toray Industries TGP-H-030 FCSys.Regions.CaGDLs.TorayTGPH030

Information

The default properties are based on [Toray2010]. The electronic mobility (μ) is based on the through-plane value of resistivity. The thermal conductivity is not listed but is taken to be the same as for TGP-H-060, TGP-H-090, and TGP-H-120.

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.11}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.80 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.11}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.80	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model TorayTGPH030 "Toray Industries TGP-H-030"
  extends CaGDL(
    L_x={0.11}*U.mm,
    epsilon=0.80,
    Subregion(graphite('C+'(theta=U.m*U.K/(1.7*U.W)),'e-'(sigma=U.S/(0.80*U.mm)))));
  // Additional properties not incorporated [Toray2010]:
  //     Diffusivity:  L = 0.110 mm, P/p = 2500 ml.mm/(cm2.hr.mmAq) = 0.70814e-3 m/(s.kPa)
  //         => D = P*L = 7.89e-6 m2/s, assuming p = 101.325 kPa
  //     Bulk density:  0.44 g/cm3

end TorayTGPH030;

FCSys.Regions.CaGDLs.TorayTGPH060

Toray Industries TGP-H-060 FCSys.Regions.CaGDLs.TorayTGPH060

Information

The default properties are based on [Toray2010]. The electronic mobility (μ) is based on the through-plane value of resistivity. The thermal conductivity is through the plane at room temperature.

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.19}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.78 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.19}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.78	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model TorayTGPH060 "Toray Industries TGP-H-060"
  extends CaGDL(
    L_x={0.19}*U.mm,
    epsilon=0.78,
    Subregion(graphite('C+'(theta=U.m*U.K/(1.7*U.W)),'e-'(sigma=U.S/(0.80*U.mm)))));

  // Additional properties not incorporated [Toray2010]:
  //     Diffusivity: L = 0.190 mm, P/p = 1900 ml.mm/(cm2.hr.mmAq) = 0.53818e-3 m/(s.kPa)
  //         => D = P*L = 10.36e-6 m2/s, assuming p = 101.325 kPa
  //     Bulk density:  0.44 g/cm3

end TorayTGPH060;

FCSys.Regions.CaGDLs.TorayTGPH090

Toray Industries TGP-H-090 FCSys.Regions.CaGDLs.TorayTGPH090

Information

The default properties are based on [Toray2010]. The electronic mobility (μ) is based on the through-plane value of resistivity. The thermal conductivity is through the plane at room temperature.

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.28}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.78 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.28}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.78	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model TorayTGPH090 "Toray Industries TGP-H-090"
  extends CaGDL(
    L_x={0.28}*U.mm,
    epsilon=0.78,
    Subregion(graphite('C+'(theta=U.m*U.K/(1.7*U.W)),'e-'(sigma=U.S/(0.80*U.mm)))));

  // Additional properties not incorporated [Toray2010]:
  //     Diffusivity: L = 0.280 mm, P/p = 1700 ml.mm/(cm2.hr.mmAq) = 0.48153e-3 m/(s.kPa)
  //         => D = P*L = 13.66e-6 m2/s, assuming p = 101.325 kPa
  //     Bulk density:  0.44 g/cm3

end TorayTGPH090;

FCSys.Regions.CaGDLs.TorayTGPH120

Toray Industries TGP-H-030 FCSys.Regions.CaGDLs.TorayTGPH120

Information

The default properties are based on [Toray2010]. The electronic mobility (μ) is based on the through-plane value of resistivity. The thermal conductivity is through the plane at room temperature.

For more information, please see the CaGDL model.

Extends from CaGDL (Cathode gas diffusion layer).

Parameters

Type Name Default Description

Geometry

Length L_x[:] {0.37}*U.mm Lengths along the x axis [L]

Length L_y[:] {8}*U.cm Lengths along the y axis [L]

Length L_z[:] {6.25}*U.cm Lengths across the z axis [L]

NumberAbsolute epsilon 0.78 Porosity [1]

Assumptions

Included transport axes

Boolean inclTransY false Y

Boolean inclTransZ false Z

Type	Name	Default	Description
Geometry
Length	L_x[:]	{0.37}*U.mm	Lengths along the x axis [L]
Length	L_y[:]	{8}*U.cm	Lengths along the y axis [L]
Length	L_z[:]	{6.25}*U.cm	Lengths across the z axis [L]
NumberAbsolute	epsilon	0.78	Porosity [1]
Assumptions
Included transport axes
Boolean	inclTransY	false	Y
Boolean	inclTransZ	false	Z

Connectors

Type	Name	Description
BoundaryBus	xNegative[n_y, n_z]	Negative boundary along the x axis
BoundaryBus	xPositive[n_y, n_z]	Positive boundary along the x axis
BoundaryBus	yNegative[n_x, n_z]	Negative boundary along the y axis
BoundaryBus	yPositive[n_x, n_z]	Positive boundary along the y axis
BoundaryBus	zNegative[n_x, n_y]	Negative boundary along the z axis
BoundaryBus	zPositive[n_x, n_y]	Positive boundary along the z axis

Modelica definition

model TorayTGPH120 "Toray Industries TGP-H-030"
  extends CaGDL(
    L_x={0.37}*U.mm,
    epsilon=0.78,
    Subregion(graphite('C+'(theta=U.m*U.K/(1.7*U.W)),'e-'(sigma=U.S/(0.80*U.mm)))));

  // Additional properties not incorporated [Toray2010]:
  //     Diffusivity: L = 0.370 mm, P/p = 1500 ml.mm/(cm2.hr.mmAq) = 0.42488e-3 m/(s.kPa)
  //         => D = P*L = 15.93e-6 m2/s, assuming p = 101.325 kPa
  //     Bulk density:  0.44 g/cm3

end TorayTGPH120;

FCSys

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FCSys.Regions.CaGDLs

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