Python version of Gregory Plett's PCMSCM toolbox battery Parallel-cell modules (PCM) and Series-cell modules (SCM) charge/discharge simulator. The original code is written in Matlab which is available in the PCMSCM toolbox at mocha-java.uccs.edu/BMS2/.
The Parallel-cell modules (PCM) simulator is the simPCM.py file, it loads A123modeldyn.pickle, a 1RC Enhanced-self Correcting (ESC) model generated with the Gavin Wiggins Python version of Gregory Plett's enhanced self-correcting (ESC) model, available at github.com/batterysim/esctoolbox-python. The simPCM.py simulator also imports the ModelDyn model object from models.py and the OCVfromSOCtemp.py function as modules.
See the comments in each file for more information.
Pending
Requires Python 3.6, Matplotlib, NumPy, and Pandas. The preferred method to install Python 3 and associated packages is with the Anaconda or Miniconda distribtion available at continuum.io/downloads.
Clone or download the files to your local machine. Start iPython and run the simPCM.py file.