Webinar: Improving EV safety with new active & passive battery isolation strategies

As electric vehicle (EV) battery systems advance towards higher voltages and increased energy densities, traditional battery isolation methods face significant challenges in managing severe fault events such as short circuits, collisions, or control system failures. Rapid response times are critical in these situations to mitigate escalating safety risks. Sensata’s upcoming webinar will address these challenges by exploring how combining active and passive battery isolation strategies can lead to more resilient and robust protection architectures. The session will delve into the comparative advantages and drawbacks of active, passive, and hybrid isolation approaches, focusing on their effects on safety, redundancy, validation complexity, and overall system resilience. Attendees will gain a comprehensive understanding of why next-generation EV designs demand faster and more autonomous isolation mechanisms. The webinar will also highlight how layered isolation strategies can provide enhanced protection across a wider range of real-world fault scenarios, addressing potential safety gaps inherent in relying solely on one type of isolation. Participants can expect practical insights into emerging design principles that improve battery safety and system robustness. By adopting a system-level perspective, the discussion aims to equip engineers and designers with knowledge to better safeguard EV battery systems through integrated isolation methods. The event is scheduled for Tuesday, 14 July at 10.30am EDT and is free to attend, offering valuable information for those involved in EV engineering and safety development. This webinar forms part of Sensata’s broader educational efforts, with previous sessions from their Spring Virtual Conference now available on demand. These resources provide further opportunities for professionals in the electric mobility sector to deepen their expertise in evolving EV technologies and safety strategies.