Battery cell design optimization is intricate, involving a large number of design parameters resembling cell geometry, electrode micro-structure, and supplies properties. These parameters usually have conflicting results on key necessities. For instance, rising electrode thickness can improve power density however might come on the expense of fast-charge functionality.
On this 60-minute webinar, Xavier Conqui and Aziz Abdellahi from Simcenter reveal the effectiveness of an incremental engineering method utilizing digital twins in optimizing battery cell design towards car necessities.
With a concentrate on the electrochemical efficiency of battery cells, the consultants will reveal how a digital twin method helps to navigate the complexity of battery cell design optimization. They’ll delve into the essential elements 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 determine particular necessities on the cell degree
Make use of a quick system simulation method for the preliminary cell design part
Advance to an in depth 3D simulation method to refine the battery cell design.
Be a part of the webinar and ask your questions stay
This webinar will probably be hosted by CHARGED on Wednesday, March thirteenth, at 11 am EST.
Register now – it’s free!