I can’t say much more but last week I saw two completely different types of car side by side - the heaviest and least aerodynamically efficient of which weighs 1150kg with a 170 mile range - and which are both capable of charging from 0-100% in 6 minutes using a 350 kW charger.
By the time it reaches production next year there will be a model with twice the range but capable of the same 0-100% 6-minute charging time at the right charger. Neither will be cheap but they are reasonably priced, and the cost of the technology will reduce as volumes increase.
So it’s promising that we’re moving in the right direc5ion:
Light weight
Long range
Fast charge
Blistering pace
But EV car manufacturers, energy providers and the UK Government still have a long way to go:
Takes more than 3 seconds to charge, which even then is a compromise
Unable to charge the battery to 200% for those regularly long journeys without chargers
Electricity is not free, and for as long as it’s not free, it can’t possibly be good value
Some people don’t go to work, the shops or anywhere at all in fact and can’t charge at home
Expensive compared to a 1994 Renault Laguna with 80115417 miles and no MOT since 2008
Not made of Unobtainium from sustainable sources directly beneath the cell and car factory
I could go on but I won’t. You don’t have any of those problems with hydrogen, but
they don’t us to have hydrogen