Understand and mitigate thermal runaway


25 Apr. 2022

Understand and mitigate thermal runaway

Quickly simulating thermal runaway (TR) in various battery packs and mitigating it remains a big challenge for the EV industry. Using oorja’s patent-pending battery pack design technology, one can accurately simulate TR, its propagation speed, and design mitigation strategies to prevent battery fires.
In this webinar, you will learn

  • The different ways to simulate battery packs for TR at the design stage
  • How oorja’s hybrid (physics + ML) battery pack design approach can help users accurately simulate the spread of TR across the pack and immediately predict self-heating at the cell level to achieve AIS 156 & 038 compliance the first time around.
  • Insights on battery pack development using oorja and NexiGo technologies.

Join this 45 min Webinar to check out best practices that can help minimize the risk of explosions and accelerate the design of safer battery packs.

Vineet Dravid

Vineet founded oorja to simplify design for complex engineering problems. Armed with a Ph.D. in Mechanical Engineering from Purdue University, Vineet has worked on cutting-edge simulation and mathematical modelling technologies for two decades.

Naga Penmesta

Naga Penmesta is the Co-Founder & Chief Technology Officer of NexiGo Energy. With a vision to increase global adoption of sustainable energy, Naga is currently working on the design and development of highly efficient battery packs using innovative packing methods.

Design safer and more reliable
batteries with oorja