You'll have that.
Thanks for sharing.
Good question you don't hear anyone asking.Wonder what the carbon footprint of a 1.5 hour lithium battery fire is, one that’s so hot it burns aluminum? And what toxic waste issues do you have disposing of the wreckage?
Asking for a friend.
Wonder what the carbon footprint of a 1.5 hour lithium battery fire is, one that’s so hot it burns aluminum? And what toxic waste issues do you have disposing of the wreckage?
Asking for a friend.
Good luck, Jim!This car will self destruct in 3 seconds.
Only us old guys would understand.Good luck, Jim!
Yes, most fires require oxygen, but unlike most fires, these batteries contain their own oxygen, combined as part of the crystal structure matrix bound with the metals. Also, much of the heat released isn't directly from flame, but from the energy being released as the electrical components short out. These things can be real problems.Good luck, Jim!
I wouldn't put an EV of any kind in a garage or carport. Problem is, IF I were to spend the stupid $$$$$$$ for one, I'd certainly want to protect it from the elements and garage it like anything I'd be spending $100K on! A possible solution for garaging, if you have the room, would be a shipping container. Drive the code-enforcement gestapo in your town crazy! Like any fire, it requires oxygen to burn. Touch the container before removing your car, if it's hot, call the FD!
Yes, most fires require oxygen, but unlike most fires, these batteries contain their own oxygen, combined as part of the crystal structure matrix bound with the metals. Also, much of the heat released isn't directly from flame, but from the energy being released as the electrical components short out. These things can be real problems.
Think about it this way.I read some article that was about EV fires in Europe and it’s pretty bad. The fire releases toxic fumes and as most know, it’s not a short term event. I believe they said it takes at least 10 times as much water to control an EV fire, which is in turn contaminated by the hazardous residue and runs off into lawns, storm drains and creeks. Some community fire departments are maintaining a large, water tight dumpster that they can transport to the site of an EV fire and use a crane with a grapple or a forklift to lift the smoldering EV and deposit it inside to flood it and smoother the fire. Then the whole mess has to be handled as contaminated water and debris. Just wait until one of these forthcoming 18 wheelers with their huge battery packs catches fire and has to be controlled.