Better battery engineering decisions.
Batemo exists for one reason: so that the people building batteries can decide on physics instead of on guesswork. That runs on three levels — the models, the measured data behind them, and the engineers who use both.
Three levels, one purpose
Models. Physics, not curve fitting.
Batemo Cell Models are physical-electrochemical models, parameterized from our own laboratory measurements and validated against them. They extrapolate to operating points you have not measured, because they describe what happens inside the cell — not because they interpolate a table.
Data. Measured here, under identical conditions.
Hundreds of battery cells, measured on our own test benches in Karlsruhe under the same conditions, so they can honestly be compared with each other. The comparable surface of that data is public.
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Engineering. People who have solved this before.
Models and data answer what a cell does. Deciding what to do about it is engineering work — fast charging without losing calendar life, thermal design that survives the worst case, cell selection that still holds at scale.
Start from your question, not from our product names.
Seven things Batemo delivers. Which one you need depends entirely on what you are trying to find out.
Which cells should I even be looking at?
Measured behavior of every cell in the library, side by side — including what the public Explorer does not show.
Batemo Insights
How will this cell behave in my system?
A physical simulation model of the cell that runs in your own environment, under conditions you have never tested.
Batemo Cell Model
What did this cell actually do on the bench?
The full experimental characterization across the operating range, as measured — plus the viewer to read it.
Batemo Cell Data
A teardown report: materials, internal construction and safety-relevant findings, without opening a cell yourself.
Batemo Cell Report
Where inside the cell does it get hot?
A spatially resolved model of a sub-volume — local distributions the one-dimensional cell model averages out.
Batemo Cube Model
What happens if I change the cell itself?
Vary design parameters of an existing cell and see the consequence before anyone builds a sample.
Batemo Cell Designer
How does this scale to a module and a pack?
From cell to pack: cooling, mechanics and cost weighed against each other in simulation.
Batemo Pack Designer
Where do you want to start?
You can look at the measured data yourself, or describe the problem and get an engineer's answer. Both lead to the same place.