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Battery cell design optimization is intricate, involving a large number of design parameters comparable to cell geometry, electrode micro-structure, and supplies properties. These parameters typically have conflicting results on key necessities. For instance, growing electrode thickness can improve power density however could come on the expense of fast-charge functionality.
On this 60-minute webinar, Xavier Conqui and Aziz Abdellahi from Simcenter display the effectiveness of an incremental engineering strategy utilizing digital twins in optimizing battery cell design in opposition to car necessities.
With a give attention to the electrochemical efficiency of battery cells, the specialists will display how a digital twin strategy helps to navigate the complexity of battery cell design optimization. They’ll delve into the essential components that form EV battery necessities, together with fast-charge functionality and power density.
Key matters and takeaways:
- Commerce-off probably conflicting design parameters early on
- Predict the influence of li plating on fast-charge functionality
- Make the most of vehicle-level simulations to establish particular necessities on the cell degree
- Make use of a quick system simulation strategy for the preliminary cell design section
- Advance to an in depth 3D simulation strategy to refine the battery cell design.
Be part of the webinar and ask your questions stay
This webinar shall be hosted by CHARGED on Wednesday, March thirteenth, at 11 am EST.
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