SIMULIA – Battery Solutions
There are key technologies that address the EV market at large and, along with core technologies, can provide comprehensive solutions for digital battery engineering.
NEW TYPES OF FUELTANKS
Highly complex systems that require advanced engineering methods from chemistry to cell engineering to module and pack engineering, and finally to integration into full vehicles. They need to store as much energy as possible to allow for range anxiety to be contained while staying safe in case of unexpected events.
FROM CHEMISTRY TO SYSTEM
Lithium Ion (Li-ion) batteries power modern society, providing the electricity for everything from cardiac pacemakers to electric cars. However, there are still significant design challenges to address, such as improving battery safety and extending its lifetime. The complex interplay of physics, chemistry, and engineering required to successfully integrate a battery in a working system requires an understanding of how they operate at various time and length scales.