the same can happen if your non-EV has an electrical fault Vauxhall Zafira style or you have a petrol leak, then the next electrical spark results in a Whoooosh boom.
Even the batteries in your laptop can go into thermal runaway. Yet, people take no special precautions with their home lithium devices. Familiarity breeds contempt.
There are many staged laptop fires, where someone has poured a flammable fluid on the laptop for effect. A real laptop fire looks similar to this. So at least keep the drapery away from the laptop :-)
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And the trigger time for thermal runaway, does not have to be immediate. Say you unplug a power adapter from a laptop, wipe your brow and say "whew, dodged a bullet". Well, an hour later, a fire with flame could start. The fire does not have to start "promptly". These fires can be sneaky ones. Thermal runaway takes time, until eventually some part of the cell is breached.
Another example. Lithium-powered skateboard. Probably not augmented, by the looks of it.
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On some of the Tesla power storage products (free standing cabinets), the fire rate remains relatively subdued. Only additional fuel load provided next to the cabinet, accelerates cabinet destruction (petrol tanker runs into cabinet). So at least some lithium designs, the packaging is such that the acceleration effect is not present. There is sufficient isolation. You could have a cabinet fail, without the entire power storage site being affected.
It could really depend on the type of incident, like say a natural gas explosion next to the cabinet, crushing multiple cells.
But things like that skateboard, they're the worst for maximizing the effect. These little demos are why there are so many shipping restrictions on "lithium garbage products".
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