NoIs this proof
NoIs this proof
The charging of a discharged battery needs the battery to have some voltage so the circuit to prevent being fitted wrong way around can work, and in some cases to detect if 6 or 12 volt, with the latter it needs between 7 and 8 volt to charge a 12 volt battery can't remember exact figure. But when 12 volt only it is some where around 3 volt.Intelligent chargers (the only sort worth having) don't produce an output unless connected to a battery. Or at least some don't. My Ctek for example.
No idea why anyone would spend £100K on an electric car, a petrol car, or any car.Do you think £100,000 is value for money for an anonymous looking battery Volvo?
I don't see that rich people spending a lot of money on an electric car are any worse than rich people spending a lot of money on a petrol car or any worse than rich people spending a lot of money on a hybrid car.Do you think £100,000 is value for money for an anonymous looking battery Volvo?
Yes, all good points.
But you also know what weather and time does to electrical components and connections in cars. That's without hacking.
Some progress is advancing backwards.
There is very little cost involved at production level for a mechanical system, as a backup, for access to the passenger compartment, if not the luggage/bonnet areas.
Being stranded for various reasons happens, to all cars. But getting your breakdown membership details, or a hi viz, or a coat/walking shoes out shouldn't be virtually impossible.
Is this proof that EV owners are being taken for mugs and the whole EV thing is getting even more preposterous? £100,000 for the latest completely forgettable and anonymous battery blandmobile from Volvo, that looks like any other battery blandmobile. Is anyone mad enough to spend a tenth of a million on this?
The £100k Volvo EV that drove me to distraction: We drive the EX90
It is packed with tech to keep Volvo at the top of the game for safety. However, an unfortunate and irritating flaw threatens to undermine that laudable claim and heritage...www.thisismoney.co.uk
Is this proof
Australia’s Department of Defence funded EV FireSafe to look into the question. It found there was a 0.0012% chance of a passenger electric vehicle battery catching fire, compared with a 0.1% chance for internal combustion engine cars.
So as ice cars get older the figures are likely to get worse you mean.Data from fleet operators, leasing companies, etc should be good, as all their vehicles are new.
I'd be wary of using data from insurers, or fire & rescue services, without drilling down into it, as their EV fire figures will be for new(ish) cars, whereas ICE ones might include cars decades old which have not been properly serviced. Not that I believe the anti-EV nuts about EVs being mobile bombs, but if you want to (pointlessly) argue with them on the basis of facts, your facts must be unassailable.
Data from fleet operators, leasing companies, etc should be good, as all their vehicles are new.
I'd be wary of using data from insurers, or fire & rescue services, without drilling down into it, as their EV fire figures will be for new(ish) cars, whereas ICE ones might include cars decades old which have not been properly serviced. Not that I believe the anti-EV nuts about EVs being mobile bombs, but if you want to (pointlessly) argue with them on the basis of facts, your facts must be unassailable.