A battery model that covers the whole market ?
That is possible!
Battery system development it is tough. How should the cell specifications for your application be? How do different cell specification influence the total system? How do you ensure that the cell fulfills all design targets of your application, even at lower temperatures? This is when the Batemo Cell Generic comes in. It is a generic cell model based on the Batemo battery simulation technology that describes all cells on the market. It shows what is technically possible with the current cell technology. Using simulations, it gives your design decisions a profound basis at the early stage of your battery system development.
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based on deep battery cell knowledge
- powered by Batemo battery simulation technology
- use different cell housings and cell dimensions
- look into the future – see how cells improve based on different scenarios
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easy to use
- straight-forward interface – applicable also for non-experts
- design your own energy or power cell – fast and easily
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generic
- the simulation model for battery cells that do not even have a finished prototype yet
- the cell model for all cells that are not yet in the Batemo Cell Library
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fully integrated into Batemo solutions
- empower the Batemo Pack Designer to simulate your own cell
- identical interface as Batemo Cells — use consistent models along your battery system development
Application
- Cell Specification: Identify optimal cell specifications for your application.
- Cell Technology Comparison: Learn which battery cell and housing type is the most suitable for you.
- Look Into The Future: See how cell technologies might evolve in the future.
- … and much more
Advantages
You use the Batemo Cell Generic as digital twin for all cells that are currently or will be on the market. This saves time-consuming market benchmarking activities and measurements. Your battery system development becomes model-based from the start making it faster, safer, more flexible, and leading to better products. This is how we contribute to your success.

reduce
time to market
Start your total system simulations even before cell prototypes are finished. This is how you parallelize development activities that usually performed sequentially.

continuous
processes

reduce
cost
Reduce expenses on benchmarking, avoid performing extensive lab measurements, and decrease your development time.