Reportedly 35,000 cells stored in the area where the fire broke out. Roughly equivalent to 5 Tesla EV battery packs (the numbers vary, but around 7,000 cells in each of their cars), if they were 18650s; or 10 Tesla Model 3s with their 21700s.
Seemed like a lot of smoke was being generated initially with no visible fire system response. I would've assumed any area with storage of batteries would have a lot of detectors and suppression coverage to stop it from rapidly spreading across the building.
From the stuff I get on the subject of Li battery fires most systems are particularly useless. You need to rapid chill to have any chance of stopping it chaining.
Lol chill it, you mean freeze it, is there a white paper on that.interesting and why does depriving of oxygen does not work for combustion.
Is it similar to pure sodium
There is enough oxidizer inside a li-ion cell to sustain combustion. It's a road flare. The required cooling is to keep the temperature of neighboring cells low enough they don't cook-off and overheat.
I haven't seen freezing kits - I have seen fire-resistant bags and boxes that have enough insulation and some external fire suppression materials to keep a phone battery up to a laptop that is in flames safely contained.