Do you build BMS functions?
Reach the next level with Batemo!
Challenge

- How accurate is my state of charge estimation?
- What should I change when I work with different cell chemistries?
- Do I track the state of health correctly, even under extreme conditions?
- Are my balancing circuits design strong enough?
- How do I detect a thermal runaway of a cell with my BMS before it happens?
Solution
The underlying idea is to develop your BMS not with simplified models but with the most accurate battery cell models there are. With Batemo Cell Models as your plant models, you ensure that everything during development holds true when you move to testing and BMS system validation. Using Batemo Cell Models pushes your BMS development to the next level to build better batteries with less resources a lot faster.

Fast

Physical

Accurate

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You use an available Batemo Cell Model from the Batemo Cell Model Library or we create a custom cell model specifically for you.
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Using software-in-the-loop development methods you optimize your BMS algorithms. Precise simulations provide immediate feedback on new features you implement. Before you push code changes, automated simulation test routines extensively check your BMS in the full operational regime and under various battery aging states to reduce the error probability in your BMS more than one order of magnitude. This is true for your BMS cell model, the filters, estimators and all functions.
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As a final step, you move to validation testing. Because the Batemo Cell Model is valid, it is very unlikely that you run into issues during BMS validation testing.
Advantages

Better

Faster
