Hopefully they can find suitably qualified people to do all this work.
I wonder who is going to end up paying for it all?
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Yes right,should be fine,just destroy the charging infastructure,and those Tanks won't be going far.Easy as.
At least with fuel,it can come from lots of different places,and carried in different ways.
Anyway,oh well,some will have to learn the hard way[biggrin]
Lots of dreamers around is correct.
For Tesla charging stations, Tesla have been footing the bill for stand alone charging stations but when they are part of a shopping centre, etc then the Power upgrade costs are paid for by the Shopping centre (so ultimaltey the consumer as rents etc will all be impaced by this - last one I was involved with, the new HV sub, cabling and switchboard set the centre back $740,000 and Tesla pay for the chargers and installation costs from the switchboard. So sit back and relax knowing you're paying for Tesla EV's to charge at your local Shopping Centre.
So ran into a customer of ours,who bought a BMW EV a few weeks ago.
He is finding it difficult to get used to,compared with the last ICE BMW.
Gets 5 yrs of free charging,as long as he uses a certain charger,luckily there is one near him.
But no doubt there is a guesstimate on how much power he will use and it is hidden in the vehicle cost.
Forty five minutes from 30% to 90%, which equates to a week of driving for him.
I forgot to ask what range he gets out of it.
BMW have said only charge it to 80% as that is better for the battery,but he likes to go to 90.
How the battery condition is won't really worry him as he changes vehicles over every 3 to 5 yrs.
Which brings up another point,the second hand market for EVs is going to be a nightmare,as some batteries will be in much in better condition than others.Maybe developing a way to do an accurate test might be the go.
So if it is only charged to 80%, that is 20% of range already gone,then allow at least 10% for margin,no one wants to run out,so down to around 70% of rated range.
And as we know the ‘real actual range’ will be even less.
The only way to test a battery is to run a full controlled charge and discharge cycle - we do this with our batteries at work every few months. The baby 9.6KWH batteries take around 2 days to test and return a result and the 45KWH batteries take over a week. This is with a commercial tester - I’m sure there are different ones that can do the discharge quicker as you’ll need to with an EV battery. Maybe some enterprising individual will start a business to test them and issue a report the owners can use when they sell a car on - it’s the only way I’d look at buying a secondhand EV.
I don't know if they do it yet in all cases, but I think we can expect this sort of information to be produced by a vehicle's battery management system. Maybe there needs to be some sort of standard to make this available, not only to would be purchasers, but to the owner who is needing to know whether to keep the vehicle or replace it?