v2.0.0

Features

• The library now includes a thermally coupled electrochemical battery ageing model (TSPMeA). The model considers SEI growth, Li-plating and negative electrode porosity reduction. The ageing equations of the TPMPeA is from this paper.
• Added a new example in the "simpleExample" folder and the ""gettingStarted.mlx" file to demonstrate TSPMeA cycle ageing.
• Two general purpose functions getVariables() and plotVariables() are now added into the Utilities folder. getVariables() will extract the relevant time and distributed variables of any of the Battery Library models and plotVariables() plots the signals. See "gettingSstarted.mlx" in the "Examples\viaMatlabCode" folder on how to use these two functions.

Breaking changes

• The electrode potentials of the TSPMe model are now explicitly calculated from the concentrations, the states of the TSPMe model (if saved to the Matlab workspace) are therefore now different to the previous version.

v1.0.2

Features

• The library now includes a classical Thermally coupled Equivalent Circuit Model (TECM) that uses look-up-tables for the ECM parameters as a function of SoC and cell temperature
• Added a new example in the "simpleExample" folder to demonstrate TECM

Bug fixes

• Fixed a MATLAB version check bug in the "gettingStarted.mlx" file

Simscape battery library

• Thermally and electrochemically coupled Simscape lithium-ion battery library