p2d_model_settings#

class ansys.fluent.core.generated.solver.settings_252.p2d_model_settings(name=None, parent=None)#

Bases: Group

Newman’s P2D model settings.

Attributes

Attribute

Summary

initial_soc

Initial SOC in the P2D model.

ref_capacity

Theoretical capacity in the P2D model.

anode_thickness

Negative electrode thickness in the P2D model.

anode_n_grid

Number of grid in negative electrode zone in the P2D model.

anode_size_ratio

Grid ratio for Ln in the P2D model.

anode_p_diameter

Particle diameter in negative electrode in the P2D model.

anode_n_sphere

Number of grids across radius of particle at anode in the P2D model.

anode_size_ratio_r

Grid ratio for rn in the P2D model.

anode_cs_max

Max. solid Li+ conc. at anode in the P2D model.

anode_stio_0

Stoi. at 0% at anode in the P2D model.

anode_stio_100

Stoi. at 100% at anode in the P2D model.

anode_ce_0

Electrolyte Li+ conc. in anode in the P2D model.

anode_vof

Volume fraction of electrolyte in negative electrode in the P2D model.

anode_filler_f

Filler fraction in negative electrode in the P2D model.

anode_ds

Lithium mass diffusivity in anode particles in the P2D model.

anode_ed

Activation energy for diff- in the P2D model.

anode_brugg

Bruggeman coefficient of negative electrode in the P2D model.

anode_sigma

Solid electric conductivity in anode in the P2D model.

anode_i0

Ref. rate constant in negative electrode in the P2D model.

anode_er

Activation energy for Er- in the P2D model.

anode_alpha_a

Anodic transfer coeff. at anode in the P2D model.

anode_alpha_c

Cathodic Transfer Coeff. at anode in the P2D model.

anode_ocv

Ocp in negative electrode in the P2D model.

cathode_thickness

Positive electrode thickness in the P2D model.

cathode_n_grid

Number of grid in positive electrode zone in the P2D model.

cathode_size_ratio

Grid ratio for Lp in the P2D model.

cathode_p_diameter

Particle diameter in positive Electrode in the P2D model.

cathode_n_sphere

Number of grids across radius of particle at cathode in the P2D model.

cathode_size_ratio_r

Grid ratio for rp in the P2D model.

cathode_cs_max

Max. solid Li+ conc. at cathode in the P2D model.

cathode_stio_0

Stoi. at 0% at cathode in the P2D model.

cathode_stio_100

Stoi. at 100% at cathode in the P2D model.

cathode_ce_0

Electrolyte Li+ conc. in cathode in the P2D model.

cathode_vof

Volume fraction of electrolyte in positive electrode in the P2D model.

cathode_filler_f

Filler fraction in positive electrode in the P2D model.

cathode_ds

Lithium mass diffusivity in cathode particles in the P2D model.

cathode_ed

Activation energy for diff+ in the P2D model.

cathode_brugg

Bruggeman coefficient of positive electrode in the P2D model.

cathode_sigma

Solid electric conductivity in cathode in the P2D model.

cathode_i0

Ref. rate constant in positive electrode in the P2D model.

cathode_er

Activation energy for Er+. in the P2D model.

cathode_alpha_a

Anodic transfer coeff. at cathode in the P2D model.

cathode_alpha_c

Cathodic transfer coeff. at cathode in the P2D model.

cathode_ocv

Ocp in positive electrode in the P2D model.

electrolyte_thickness

Separator thickness in the P2D model.

electrolyte_n_grid

Number of grid in separator zone in the P2D model.

electrolyte_ce_0

Electrolyte Li+ conc. in separator in the P2D model.

electrolyte_vof

Volume fraction of electrolyte in separator in the P2D model.

electrolyte_brugg

Bruggeman coefficient of separator in the P2D model.

electrolyte_de

Mass diffusivity of electrolyte in the P2D model.

electrolyte_t_plus

Transference number t+ in the P2D model.

electrolyte_sigma

Ionic conductivity in electrolyte in the P2D model.

electrolyte_activity

Electrolyte activity-term in the P2D model.

analytical_cs

Use analytical cs in the P2D model.

analytical_cs_order

Cs function order in the P2D model.

aging_model_enabled

Enable aging model in the P2D model.

aging_file

Aging file name in the P2D model.

aging_profile

Aging effects profile in the P2D model.

Included in:

Parent

Summary

battery

Battery model settings.