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Deleted member 174758
Much as I like the concept, EVs are currently not much good for any business which need to go more than about 100 miles in a day, or carry/tow any sort of loaded trailer, either. I worked for one firm who leased an electric van two years ago - it was a bit of a nightmare in terms of the range never being anywhere near the manufacturer's specs and left people stranded with zero charge a few times due to no phone signal, broken chargers, etc but the problems with it were as much due to over optimistic readouts on the dash as anything else. So mark me as a sceptic about EVs for now (even though I would like a 2CV electric)
But I also don't think I'm alone in having concerns about the lithium compounds used in the batteries of current EVs. Never mind how rare an occurrence it is, just how do you put a lithium fire out? Use water and you are supplying the fire with the oxygen it needs. Cut off the air and the intense heat tends to break down other compounds in the battery, releasing sufficient oxygen for the conflagration to continue, as the current fire on board MV Freemantle Highway seems to demonstrate.(It is now stated that there are 500 EVs on board, not the 25 then 200 odd earlier quoted) Given that the conventional way to limit or control a fire on board ships, to close the ventilation dampers in order to starve the fire of air, just isn't working, what else can be done? And what would happen if such a fire occurred in an underground car park with several hundred EVs parked in there (in the future)? All I know is you should stay well upwind of a lithium battery fire because there are some highly toxic chemicals given off in that smoke, such as cobalt compounds which are readily absorbed through the skin and can be lethal. So I think we also need to be looking for a safer alternative to lithium in order to avoid such low probability/high consequence events as the Freemantle Highway happening in our towns and cities in the future
I now await the usual comments from the EV zealots...
But I also don't think I'm alone in having concerns about the lithium compounds used in the batteries of current EVs. Never mind how rare an occurrence it is, just how do you put a lithium fire out? Use water and you are supplying the fire with the oxygen it needs. Cut off the air and the intense heat tends to break down other compounds in the battery, releasing sufficient oxygen for the conflagration to continue, as the current fire on board MV Freemantle Highway seems to demonstrate.(It is now stated that there are 500 EVs on board, not the 25 then 200 odd earlier quoted) Given that the conventional way to limit or control a fire on board ships, to close the ventilation dampers in order to starve the fire of air, just isn't working, what else can be done? And what would happen if such a fire occurred in an underground car park with several hundred EVs parked in there (in the future)? All I know is you should stay well upwind of a lithium battery fire because there are some highly toxic chemicals given off in that smoke, such as cobalt compounds which are readily absorbed through the skin and can be lethal. So I think we also need to be looking for a safer alternative to lithium in order to avoid such low probability/high consequence events as the Freemantle Highway happening in our towns and cities in the future
I now await the usual comments from the EV zealots...
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