White paper
Designing cells in software
Test less. Predict more.
How a physics-based model is parameterized from a handful of standard tests, how accurate it is on public LG M50 data, and two design studies it answers before a cell is built: the energy–power trade-off and the fastest charge that avoids lithium plating.
What you'll learn
- What physics-based models add to equivalent circuit models, and where each fits
- Which tests and design data parameterize a cell model
- Accuracy on rate, pulse, drive-cycle and thermal tests
- Two design studies: energy versus power, and fast charge without plating
Who it's for
- Cell and pack engineers
- Modeling leads
- R&D managers
Mattia Sivero, Materials engineer, FAAM
Now it's plug and play. I want to change this parameter, I change it, I go. I'm not losing time fixing the software. You buy Ionworks and you're three, four years ahead.Read the FAAM case study