How to Prevent thermal Runaway in Li Ion Batteries 07 01 2020

Recent lithium-ion battery explosions have demonstrated how dangerous they can be. This webinar will explain the four stages of battery failure and how to prevent a thermal runaway with proper “Advanced Detection” at the appropriate stage of failure. It will also address why conventional gas detection will not prevent thermal runaway and address best design and layout practices as well as sequence of operation. Lithium-Ion batteries are safe once they’re understood!

[@youdanglangzhong]

This is a nice video, useful information.

[@alejandrorosales3416]

Excellent presentation, thank you very much for sharing.

[@curatorofknowledge430]

Really a good video and a contribution to battery management system 👏

[@sumeeths8423]

Great knowledge, keep doing the good work

[@arianaventi5165]

great information, thank you so much for sharing

[@bibekgautam7644]

Thank you for this informative video. keep going

[@theleavenoftruth]

Thx. Worth watching

[@westking7746]

Where can these gas detectors be bought? I have tried to buy something as simple as propane detectors in the past and they were not obtainable. I am building a solar/wind generation unit and am interested in being able to detect problems long before problems start.

[@Trancer006]

hello, what's the max temperature a battery can survive? 140f?

[@tophat2002]

Thermal run away has been solved. Electrolyte fluoride I believe