Do you Want to design
the best battery cell out there? 

Learn how!

Battery Design

The Batemo Cell Designer is the ultimate tool for battery cell design. It combines Batemo’s latest modeling technology with an efficient method­ology that leads to success. Together, we make your cell development a control­lable development process with predictable timeline and high-quality results.
The under­lying idea is to never start from scratch but with your latest cell, electrode, electrolyte or material. First, we create a physical model for you – the most accurate avail­able, guaran­teed – and integrate it into the Batemo Cell Designer. Using the tool, you vary battery cell design parame­ters and predict the dynamic perfor­mance under all conditions. This is how you quantify and under­stand the link between cell design changes and your perfor­mance targets. Overall, you maximize your cell technology and build better battery cells with less resources a lot faster.

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Fast

Identi­fying the best battery cell design requires thousands of simula­tions. The Batemo Cell Designer runs within a full automa­tion backend and simulates within seconds.
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Physical

Varying battery cell designs with simula­tions requires to precisely describe all relevant electrical, chemical, thermal and physical processes inside the cell. The Batemo Cell Designer builds on Batemo’s unique modeling technology and gets the physics right! 
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Accurate

The Batemo Cell Designer builds on the Batemo Cell Model, the most accurate battery cell model there is – guaran­teed! We always demon­strate the validity through exten­sive measure­ments that prove highest accuracy. 
The method­ology we apply is extremely thorough and novel in battery cell design. It combines Batemo simula­tions, proto­typing and testing in the most efficient way possible. 
  • 1st

    We integrate the model of your cell into the
    Batemo Cell Designer.

  • 2nd

    You perform a simula­tion study using the Batemo Cell Designer to predict your perfor­mance targets under meaningful cell design parameter variations. 

    • Example cell design parame­ters: cell size, housing type, tabs, current collec­tors, loadings, particle sizes, micro-struc­tures and many more. 
    • Example targets: energy, power, charging time, aging, cost, safety and many more. 
  • 3rd

    Build the next proto­type and validate! 

  • 4th

    Iterate through the steps 1 to 3 until you reach your targets.

The effec­tive­ness of the Batemo Cell Designer comes from the fact that the entry can be anywhere along the technology readi­ness levels (TRL). You can start with material data sheets or coated electrodes. If you have a single-layer A-sample that is great, but you can also go in later in the development process. The Batemo Cell Designer predicts whatever exit point you choose: You can upscale virtu­ally from sheets to A-samples but also to final size produc­tion samples. That is why the tool is used along the full chain: by material producers, cell manufac­turers and OEMs.

Predicting battery cell design varia­tions with the Batemo Cell Designer is easy. Just like the real battery cell, the Batemo Cell Designer has an electrical and a thermal inter­face. The inter­face is designed to make integra­tion straight-forward: Setting initial conditions is intuitive and comfort­able using the graph­ical parameter inter­face. Then you supply the electrical and thermal boundary conditions and are ready to go. This is how you simulate the dynamic perfor­mance of your battery cell under all conditions and predict your targets. Every­thing you can do with the real cell, you can now do with the Batemo Cell Designer in your simula­tions. This is not only true for data you can measure in the labora­tory. The Batemo Cell Designer calcu­lates additional, highly relevant internal cell quanti­ties: inner temper­a­tures, electro­chem­ical electrode poten­tials or insights about loss generation. 

integra­tion

We create the Batemo Cell Designer for the MATLAB simula­tion environ­ment. This makes building models, config­uring simula­tions, creating automa­tions and data processing with visual­iza­tions super easy. 
MATLAB Simulink
MATLAB Simscape
MATLAB Simulink
MATLAB Simscape
To give you a smooth onboarding, we schedule regular calls with Batemo Support to get started. After­wards, you take over and can rely on perma­nent support by Batemo. Another option is to let Batemo Engineering do your first cell design study. In an initial project, we identify the optimal battery cell design that reaches your targets. We deliver all models, scripts and data so that you can take over anytime, if you wish to do so. 

Advan­tages

You use the Batemo Cell Designer to make your battery cell development simula­tion-based, making it faster, lower cost while leading to better battery cells. This is how we generate value and contribute to your success. 
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Better

Using the Batemo Cell Designer you maximize your cell technology. You identify the optimal cell design in the complex, nonlinear battery design space. You improve your key perfor­mance targets and differ­en­tiate from competitors. 
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Faster

With the Batemo Cell Designer battery cell development takes a fraction of the time. During battery cell development, you move along optimally towards your perfor­mance targets reducing the time to market of your cell technology. 
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Lower cost

The Batemo Cell Designer reduces cost of your battery cell development. Your development gets more efficient saving expenses on proto­typing, testing and engineering development time. 
This is great but let’s get specific: In the graph below, you see the initial battery cell design of a real cell marked as a red diamond. The orange dots show other cells BATEMO worked with and demon­strates our deep know-how of the techno­log­ical landscape. On that basis, we vary cell design parameter and show in the red-to-green color-code area which targets of gravi­metric energy density, gravi­metric power density and charging time are reached. The next proto­type cell design for proto­typing is marked as an orange star. The cell design is signif­i­cantly better: energy density is about the same, but power density increases by about 30% and the charging time is almost cut in half.
So why wait? Get your hands on the Batemo Cell Designer. With BATEMO, you have the perfect partner to push your battery cell designs to the next level! 

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Meet the expert