Why Lithium Iron Phosphate Batteries Are The Future

With over 20 different lithium ion battery chemistries on the market, why do some lead to dangerous failures while others are rock solid? Discover why lithium ion phosphate batteries (LFP) is the safest, most stable, and longest-lasting option for homes and businesses. Avoid the risks of unstable batteries like lithium nickel manganese cobalt that have caused fires and recalls. Watch this video to learn why LFP is the future of energy storage.

Stay safe and power your life with the best!

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[FavorFav]

Also doesn't use cobalt mined in the Congo, sadly lithium iron phosphate has lower energy density

[jeffmills]

I often thought that the car have 2 slots, each the width of the car where one battery could be used and adding a second battery for an RV or delivery truck; the slot would be at the back to slide in a battery with the second battery an option to extend range or power; with an RV the batteries would be auto and home; seems sliding into a slot would distribute the weight and the 2nd battery would be an option; I guess each wheel would have pancake motors eliminating the ice transmission and associated drive train and providing a no hump floor; I don't pretend to know; there is much to do that is not many times obvious but may lend itself to standardization of the battery design.

[sakarkolachhapati]

If u use phosphate for car what they gonna use for fertilizer dude? I heard phosphate are very limited non renewabke resourse and u talk like phd guy