1- Increase the speed and completeness of changes across automatic life-cycle management
2- Improve collaboration on simulation through FMUs by supporting FMI 3.0
User Experience Value
:
- Improve architecture analysis time by a view representing the impacts allowing the user to choose the best modification strategy
Rapid convergence of battery systems development from cells engineering to battery pack design in context of the full vehicle by using multi-physics simulation Fast cells multi-physic modeling for electrical, thermal and aging behavior simulation Battery pack multi-physics modelling for efficient cooling system development Battery aging investigation based on electro-chemical cell models
