Do you Want to Study
the 3d behavior of your battery cell?
Letās have a look!
DescripĀtion
The Batemo Cube Model is a versaĀtile tool for simulating local distriĀbĀuĀtions of internal quantiĀties within a battery cell. Based on Batemoās unique modeling technology, the batemo cell model, it allows for custom multi-dimenĀsional discretizaĀtion of the cell interior resulting in highly precise and spatially resolved results. This enables you to identify and predict local effects and to quantiĀfying critical inhomoĀgeneities within the cell.
Fast
Multi-dimenĀsional simulaĀtions are compuĀtaĀtionĀally expenĀsive and time consuming. Batemo Cube Models are optimized to run within seconds or minutes, depending on the discretizaĀtion level.
Physical
A spatial resoluĀtion of internal quantity distriĀbĀuĀtions requires to precisely describe all relevant electrical, chemical, thermal and physical processes inside the cell. Based on Batemoās unique modeling technique, the Batemo Cube Model ensures physical correctĀness even under extreme conditions.
Accurate
The Batemo Cube Model is derived from the Batemo Cell Model, the most accurate battery cell model there is ā guaranĀteed! We always demonĀstrate the validity through extenĀsive measureĀments that prove highest accuracy.
Each Batemo Cube Model is an electroĀchemĀical model of the cells active volume repreĀsenting a fraction of the jellyĀroll. The heat and current transfer between single Batemo Cube Models, the cell exterior and passive compoĀnents (cell housing or poles) needs to be modeled exterĀnally. ThereĀfore, setting up a model of a real cell using Batemo Cube Models requires some experĀtise. The great benefit of the extra effort: you gain inforĀmaĀtion about local distriĀbĀuĀtions of all internal cell quantiĀties. This helps you to underĀstand, Identify and predict local hot spots for aging and safety issues and develop design improveĀments or optimized cooling concepts for the cell. On top, you can trigger local shorts manually or adapt the external model to see how your active material would perform in a different housing type.
Real
battery Cell
3D DiscretizaĀtion
with Cube Models
Inner TemperĀaĀture Distribution
Batemo Cube Models can be derived from any Batemo Cell Model. Just let us know which cell you are interĀested in, and we can create a custom Batemo Cube Model excluĀsively for you.
Batemo Cell Model
Library
Subscribe and get immediate access to many battery cell models. Regular updates with new hot cells are included. Look at the Batemo Cell Explorer to see what is available!
Custom
Batemo Cell Model
When you have your own cell and you want to keep everyĀthing confiĀdenĀtial, we create the Batemo Cell Model excluĀsively for you.
Batemo cube model
Predicting the internal cell behavior with the Batemo Cube Model is easy. Just like the active volume of a battery cell, the Batemo Cube Model has an electrical and a thermal interĀface. The interĀface is designed to make integraĀtion straight-forward: Setting initial conditions is intuitive using the graphĀical parameter interĀface. Once a proper model of the other battery compoĀnents is set up you supply the electrical and thermal boundary conditions and are ready to go.
This is how you simulate the dynamic perforĀmance of your battery cell under all conditions and predict local distriĀbĀuĀtions of your internal cell quantiĀties. EveryĀthing you can do with the real cell, you can now do with the Batemo Cube Model in your simulaĀtions. This is not only true for data you can measure in the laboraĀtory. The Batemo Cube Model calcuĀlates additional, highly relevant internal cell quantiĀties: inner temperĀaĀtures, electroĀchemĀical electrode potenĀtials or insights about loss generation.
integraĀtion
We integrate the Batemo Cube Models into your simulaĀtion environĀment. This makes building on your previous work and technical onboarding super easy. Built-in integraĀtion is availĀable for MATLAB Simulink, MATLAB Simscape, AVL CRUISE M, AVL Fire M, Elements and Cradle CFD. AdditionĀally, Batemo Cube Model FMUs allow integraĀtion into all common simulaĀtion tools.
To give you a smooth onboarding, we schedule regular calls with Batemo Support to get started. We supply a ready to use model that you can modify according to your needs, and you get permaĀnent access to the Batemo video tutorials that introĀduce all features and show best-practice examples. To get you started, another option is to let Batemo Engineering do your modeling and simulaĀtion work in an initial project. We deliver all models, scripts and data so that you can take over from there.
AdvanĀtages
You use the Batemo Cube Models to make your battery development simulaĀtion-based, making it faster, lower cost while leading to better products. This is how we generate value and contribute to your success.
Better
Using Batemo Cube Models you extend the underĀstanding of your cell by taking a look inside. You identify spatially resolved effects and derive optimal design solutions in the complex, nonlinear battery design space from it. You develop and improve your key features and differĀenĀtiate from competitors.
Faster
With Batemo Cube Models resolving quantiĀties inside your cell takes a fraction of the time compared to convenĀtional multiĀdiĀmenĀsional simulaĀtion methods. Identify critical local effects and improve internal and external cell features without lengthy measureĀments.
Lower cost
Batemo Cube Models reduces cost of your battery development. You increase your efficiency by saving expenses on protoĀtyping, avoid performing extenĀsive lab measureĀments, and decreasing your engineering development time.
