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LFP Batteries Aren't as Safe as You Think
Training & Consulting: https://www.stachedtraining.com
https://www.electricgoddess.co/
LFP batteries have a reputation for being the safe option. No thermal runaway, no fire, problem solved. But that's not what the data shows.
In this video I sit down with Luke from Electric Goddess — a battery scientist with 20 years in the field — to break down what actually happens when LFP cells fail. We cover thermal runaway testing, why LFP produces significantly more carbon monoxide and hydrogen than NMC during a failure, and why the chemistry label on a battery tells you a lot less about safety than most people think.
We also get into what cell manufacturers can actually do to make batteries safer — from separator design to pack-level propagation resistance — and why not every battery has those features.
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By ICNTraining & Consulting: https://www.stachedtraining.com
https://www.electricgoddess.co/
LFP batteries have a reputation for being the safe option. No thermal runaway, no fire, problem solved. But that's not what the data shows.
In this video I sit down with Luke from Electric Goddess — a battery scientist with 20 years in the field — to break down what actually happens when LFP cells fail. We cover thermal runaway testing, why LFP produces significantly more carbon monoxide and hydrogen than NMC during a failure, and why the chemistry label on a battery tells you a lot less about safety than most people think.
We also get into what cell manufacturers can actually do to make batteries safer — from separator design to pack-level propagation resistance — and why not every battery has those features.