On Demand

Thermal Safety in Battery Development

Achieving No-Propagation Goals
Thermische Sicherheit

As the automotive industry accelerates toward electrification, ensuring battery safety becomes paramount. This insightful webinar explores the challenges, strategies, and emerging trends related to mitigating thermal runaway and propagation in lithium-ion battery applications.

Understand how thermal runaway events can start within a large-format battery cell and propagate between individual cells. The key factors influencing this phenomenon and the failure mechanisms leading to the release of toxic smoke, external fire, and explosion will be illustrated in the example from daily life. We address the stringent safety requirements set by original equipment manufacturers (OEMs) and homologation institutes. How can we meet and exceed these expectations? This knowledge will empower you with the ability to identify and prevent such events. Discover existing safety solutions, including advanced cell design, thermal management systems, and safety protocols.

Join us as we navigate the dynamic landscape of battery safety, discuss real-world case studies, and envision a safer, sustainable automotive future. Whether you’re an engineer, researcher, or industry professional, this webinar promises valuable insights!

Recording available - 60 min
Presentation language
German
Topics
  • Understanding Thermal Runaway and Propagation
  • Propagation Mechanisms and Mitigation Strategies
  • Thermal Safety Standards and OEM Expectations
  • Upcoming Trends in Design and Mitigation Strategies

Watch now!

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Simon Erker

Simon Erker
Lead Engineer Mech. Simulation & Technology 
AVL List GmbH 

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Neza Lupsina
Technical Expert Battery Thermal         Safety 
AVL List GmbH

 

Webinar Thermal Propagation
Achieving No Propagation Goals by Frontloading
On-demand

We will give you an insight into the opportunities of virtual validation and development tools in order to enhance the development efficiency.