Pretty sure that the Hydrogen source was from coal burning in Japan

. But not sure.
In other words why I hate Tesla and EVs? NFPA training...
In it you will find tidbits like:
On the Tesla model 3 they say you should:
Why I hate this? Well, its kinda hard to apply water to the underside of a burning chemical fire..... Smaller departments that are volunteer don't have the resources to stand by it for 24 hours in oxygen tanks so strike that choice and nor do we have 20,000 gallons of water to be applied. For context:
- A usual fire engine: 500-1500+ gallons (The big truck with five gay sweaty men in it, better funded departments generally on the higher end)
- Booster: Usually larger in the 1000+ range, but I've never heard anyone use it to put out a fire directly..
- Off-road engine (Basically a shitty 4x4, somewhere around 250Gal in my department)
- Total amount of air cylinders: roughly 45 for our department.Engines have 4 (Driver operator doesn't need one)+4 (side spares).
Our department has
- 3 engines 2x1000 + 1 reserve with 500
- 4 boosters (1x1500, 2x1000), one reserve (empty but 1000)
- 4 off road wildland vehicles(1x500, 2x250), one empty reserve (250)
- 1 Boat
That's a total of 7000 loaded. But you can't really use the boosters because you have to shuttle water if there is none near by (protip: in a rural area, what are hydrants???). So really about 3500 gallons. Then add in the fact that we're a
volunteer department of less than two dozen, good luck getting two engines with a full crew. Oh, if there is a fixed water supply if your out in bumfuck nowhere, have fun drafting.
But wait! There's more! By the time we get there, usually it is been burning, which means the majority of the water will NEVER reach the battery.
Don't drive a EV folks outside the urban areas. Not unless they solve the issue of "how the fuck do we put this out with limited resources (Literally only cities larger than 70,000)".
Sometimes I wonder how my department functions...