Lithium-Ion Battery Venting: Early Detection for Improved Safety

Li-Ion battery fire safety LP (2)

Li-ion battery fire risks are real, rising, and evolving fast. Electric vehicle (EV) battery incidents — from arc flashes to vapor cloud explosions — are reshaping global regulations and redefining best practices in the industry.

 

Download the presentation: “Learning from Events — The Evolving State of EV and Battery Safety Regulations, Standards, and Practice.”

 

Gain firsthand insights into how serious lithium ion battery fire events are transforming safety guidelines, regulatory frameworks, and detection strategies.

 

This presentation covers:

  • Real-world lessons from lithium ion battery fires in EVs and energy storage systems
  • Innovations in lithium ion battery fire suppression and system design
  • The science behind re-ignition, arcflash, and li ion battery fire risks
  • Best practices and active/passive safety approaches
  • Updates from SAE, UN, UL, and NFPA working groups
  • Recommendations for responder safety and standardized ERGs

Download your copy of the presentation today! Fill out the form on this page to gain immediate access.

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Why Lithium Ion Battery Fire Safety Is a Critical Priority


When lithium ion vehicle batteries fail, they don’t always do it once. Re-ignition risks and latency of thermal events pose major hazards to first and second responders. Understanding the nuances of electric vehicle battery safety is essential for manufacturers, emergency personnel, and regulators alike.

You’ll explore:

  • Case studies of firefighter injuries due to unanticipated hazards
  • How arcflash events differ from traditional fire behavior
  • Why vapor cloud explosions require different suppression strategies
  • The critical need for emergency response training and standardization (e.g., SAE J2990, ISO 17840)


 

What You’ll Learn

This data-driven presentation equips you to:

  • Identify and address core li ion battery fire risks
  • Implement advanced sensor-based fire detection and thermal mitigation solutions
  • Align designs and ERGs with evolving codes (UL 9540A, NFPA 855, FMVSS 305, GB 29743)
  • Improve safety outcomes with both active (gas-based sensors, cooling) and passive (non-propagation, isolation) technologies

You’ll also gain insight into:

  • The impact of post-flood EV battery incidents and immersion risks
  • Battery pack design flaws related to coolant ingress and venting
  • Real test results from leading agencies like NHTSA, JRC, UL, and DoE

 

Stay Ahead of Regulatory Shifts & Fire Safety Trends

Download the full presentation to see how smarter battery system design, early detection, and safety standards can improve your lithium-ion battery fire safety strategy.
Fill out the form above to grab your copy!