Kevin C. White, Ph.D.

Principal Scientist
Exponent

Dr. Kevin White has been involved with the research, development, and analysis of electrochemical energy conversion systems for over 25 years. His focus over the last 16 years at Exponent has been on the design, development, safety, performance, and failure analysis of commercial battery systems with an emphasis on lithium-ion systems. Dr. White has extensive experience consulting across multiple industries utilizing small and large format batteries including consumer electronics, electrified clothing, medical device, industrial equipment, power tool, automotive, energy storage, and aerospace industries. He has developed particular experience with complex battery failure analysis problems through direct involvement with several high-profile incidents including leading Exponent’s efforts on behalf of Samsung for the 2017 Note7 recall. Dr. White has authored and co-authored numerous articles and book chapters on the topic of advanced batteries and is active in the battery research and development community. Currently, he is a Principal Scientist at Exponent’s Polymer Sciences and Materials Chemistry practice where he leads a team of battery experts committed to improving the safety, performance, and reliability of clients’ battery systems.

Kevin C. White, Ph.D.’s Session(s):

9:45 am–10:15 am | All sessions are listed in Pacific Time

Understanding Li-ion Battery Thermal Runaway and Quantifying Explosion Risk

As the use of electric vehicles grows, it is increasingly important to ensure that EV charging infrastructure is designed with fire safety in mind. In this session, we'll explore the key considerations for fire safety design in EV charging infrastructure, including proper installation, electrical capacity, and emergency shut-off systems. We'll also discuss best practices for preventing and responding to EV-related fires. Join us to gain insights and strategies for designing safe and effective EV charging infrastructure.

Key takeaways from this session will include:

Understanding the key considerations for fire safety design in EV charging infrastructure, including proper installation, electrical capacity, and emergency shut-off systems.
Knowing how to identify potential fire hazards and implement preventive measures, such as fire-rated materials and fire suppression systems.
Learning how to respond to EV-related fires, including emergency protocols and procedures for safely de-energizing charging stations and EVs.
Understanding the importance of ongoing training and education for EV charging infrastructure stakeholders on fire safety best practices.

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