Ecker, M. et al. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: I. Determination of Parameters. J. Electrochem. Soc. 162, A1836–A1848 (2015). Ecker, M., Käbitz, S., Laresgoiti, I. & Sauer, D. U. Parameterization of a Physico-Chemical Model of a Lithium-Ion Battery: II. Model Validation. J. Electrochem. Soc. 162, A1849–A1857 (2015).

Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.

Mazumder model validation: discharge at 1C over 3800s, timestep of 1s from 100% SOC. Fixed U_n AND U_p. Updated k0 (divided by the Faraday constant), surface area A, initial concentration in the electrolyte, input current. Note I use 1/2 of electrode area (since the actual number, 10452 cm^2, does not fit into the input field). I reduce the input current correspondingly (-3A instead of -6A). This will not affect the input current density which is I/A.

Mazumder model validation: discharge at 1C over 3800s, timestep of 1s from 100% SOC. Fixed U_n AND U_p. Updated k0 (divided by the Faraday constant), surface area A, initial concentration in the electrolyte, input current. Note I use 1/2 of electrode area (since the actual number, 10452 cm^2, does not fit into the input field). I reduce the input current correspondingly (-3A instead of -6A). This will not affect the input current density which is I/A.

Mazumder model validation: discharge at 1C over 3800s, timestep of 1s from 100% SOC. Fixed U_n AND U_p. Updated k0 (divided by the Faraday constant), surface area A, initial concentration in the electrolyte, input current. Note I use 1/2 of electrode area (since the actual number, 10452 cm^2, does not fit into the input field). I reduce the input current correspondingly (-3A instead of -6A). This will not affect the input current density which is I/A.

This simulation was labeled as private.

This simulation was labeled as private.

This simulation was labeled as private.

Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.

This simulation was labeled as private.

This simulation was labeled as private.

This simulation was labeled as private.

Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.

Chang-Hui Chen et al. 2020 J. Electrochem. Soc. 167 080534

Graphite Anode (Ecker et al.) + typical LFP Cathode. 1C discharge rate corresponds to 1 A.

This simulation was labeled as private.

This simulation was labeled as private.

This simulation was labeled as private.

This simulation was labeled as private.

This simulation was labeled as private.