Skip to Main Content

EV Battery Development Webinar Series 

Electric Vehicle developers are increasingly pressured to develop novel battery systems that expand the market. Engineers designing modern battery systems must balance various factors, including size, performance, cost, reliability, and safety. Battery cell suppliers and automotive OEMs can use simulation to optimize and accelerate the design, production, and integration of batteries in electric vehicles. 

Upcoming Webinars

June 26, 2024 8 AM EDT
film-manuf-line.png
Automotive Power Battery Production and Manufacturing Process Simulation

 Learn about Ansys software solutions for battery manufacturing and production processes in this webinar.

July 17, 2024 11 AM EDT
battery-thermal-may-24.png
Harnessing Simulation to Tame EV Battery Thermal Runaway

 This webinar will discuss the importance of robust numerical models in understanding thermal runaway propagation and identifying parameters to mitigate incidents in battery modules or packs.

July 18, 2024 11 AM EDT
Ansys Webinar: Battery Structural Abuse Tolerance and Durability in EV Development
Battery Structural Abuse Tolerance and Durability in EV Development

Sign up for this webinar to learn key aspects of battery structural design, which involves knowing mechanical design limits and assuring battery durability under mechanical abuse conditions like drop, vehicle crash, and vibration. 

July 31, 2024 9 AM EDT
Ansys Webinar ISO-26262 Compliant BMS and Vehicle Integration
ISO-26262 Compliant BMS and Vehicle Integration

This webinar covers how Ansys solutions address battery management challenges and complexities: model-based functional safety analysis and safety-critical BMS software development, BMS integration, and validation.

On Demand Webinars

Ansys EV webinar
Powering Progress: Leveraging Simulation for EV Battery Design, Production, and Integration

Our multiphysics simulation and model-based methodologies enable cell suppliers, OEMs, and system integrators to address the most critical stages of battery development.