Batemo Pack Designer
Battery pack design from the cell up, in minutes.
The Batemo Pack Designer is a tool for battery pack design. You go from cell to module and pack within minutes. Then you simulate the pack and put your design to the test.
1/6The Batemo Pack Designer builds every pack from Batemo Cell Models, for high-quality simulations.
2/6Go from cell to module and pack within minutes.
3/6You can change the pack dimensions, use different cells or vary the pack cooling.
4/6Then you simulate the pack and put your design to the test.
5/6Understand what different cooling methods mean for your battery pack.
6/6Simulate the pack performance and optimize your design.
Two steps from the first idea to a tested pack design.
The Batemo Pack Designer splits battery pack design into two steps. At the start of a battery system project, everything is still open. You can change the pack dimensions, use different cells or vary the pack cooling.
The two steps keep this complexity manageable.
Create your design bottom-up
Go from cell to module and pack within minutes. Work with all available cell housings and sizes: cylindrical, pouch and prismatic.
Put your design to the test
Simulate the pack performance and optimize your design. The Batemo Pack Designer builds every pack from Batemo Cell Models, which makes the simulations high-quality.
Test your pack ideas before you build a prototype.
The Batemo Pack Designer lets you test pack ideas at a very early stage of battery system development. This reduces spending on prototypes and avoids extensive lab measurements. It also shortens your development time.
- Fast
- Go from cell to module and pack within minutes. Then put your idea to the test in simulation.
- Physical
- The pack simulation runs on a physics-based Batemo Cell Model. It helps you find good solutions in the complex, discrete and nonlinear design space of a battery system.
- Accurate
- Your design rests on high-quality results from the first study. They come from the Batemo Cell Model, which Batemo validates with extensive measurements.
What a battery pack design study shows you.
The Batemo Pack Designer is built for design studies. You vary the mechanical properties of cells, modules and packs. You compare cooling methods and electrical setups, and you estimate the pack cost.
A pack design study involves several departments, from cell selection and thermal design to electrical design and cost. One shared simulation model gives all of them the same base of facts.
Energy and power in the library
this cell342 more sample cells
Pack Design Study
Identify the best battery pack design for your application.
Cell Technology Comparison
Learn which cell and housing type suits your application best.
Look Into The Future
See how your application behaves with different and newer cell technologies.
Pack Cooling Analysis
Understand what different cooling methods mean for your battery pack.
Cost Analysis
Estimate how changes to your pack design affect its cost.
Sensitivity Analysis
Quantify how variations in pack parameters affect your design targets.
The Batemo Pack Designer works inside your simulation environment.
Batemo integrates the Batemo Pack Designer into your simulation environment, so you build on your previous work. Built-in integration is available for MATLAB Simulink and MATLAB Simscape.
MATLAB Simulink
MATLAB Simscape
Your team runs it
Self-service
- Batemo Support schedules regular calls to get you started.
- You get permanent access to the Batemo video tutorials.
- They introduce all features and show best-practice examples.
Batemo starts it for you
Engineering project
- Batemo Engineering does your modeling and simulation work in an initial project.
- We deliver all models, scripts and data.
- Your team takes over from there.
Frequently asked questions
What is the Batemo Pack Designer?
The Batemo Pack Designer is a software tool for battery pack design. It takes you from a single cell to a module and a full pack within minutes. You then simulate the pack performance and optimize the design. It works with cylindrical, pouch and prismatic cells. Built-in integration is available for MATLAB Simulink and MATLAB Simscape.
Is the Batemo Pack Designer an online tool?
No. The Batemo Pack Designer runs in MATLAB Simulink and MATLAB Simscape.
Which battery cells can I use in the Batemo Pack Designer?
You can use all available cell housings and cell sizes: cylindrical, pouch and prismatic. To ensure high-quality simulations, you integrate Batemo Cell Models directly into the pack: every model you have, that is, all models of the library with a library subscription, and your custom models as well. A cell technology comparison then shows which cell and housing type suits your application best.
What can I analyze in a battery pack simulation?
A battery pack simulation in the Batemo Pack Designer shows how design choices affect your pack. You vary the mechanical properties of cells, modules and packs. You compare different cooling methods and electrical setups. You estimate the pack cost, and a sensitivity analysis quantifies how parameter variations affect your design targets.
How does the Batemo Pack Designer differ from the Batemo Cell Model?
The Batemo Cell Model describes one battery cell. The Batemo Pack Designer works one level up: it builds modules and packs from cells and simulates the whole pack. The two products work together: the Batemo Pack Designer works only with Batemo Cell Models, which gives you high-quality simulations of your pack design.
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 · you are here
Talk to an engineer who knows the models.
They know the Batemo Pack Designer, how it is applied, and how our customers design their packs with it.
Or start with the measurements — explore the public Batemo Cell Explorer →