The overriding problem though still remains, and that's roadside charging, at some point you are going to need to plug your EV in.
Take where I live, it's a street of old Victorian houses, most converted into flats, with no allocated parking, Already it's a hard job to find a parking spot, then add other people who use side streets as free parking, they park up, then go off to the station, or to Hastings, because we don't have residents parking on our street,
So, imagine, if you had an EV and it needed to be charged, and there was already another car, parked outside your door, where do you charge?
An EV with a dead battery is just so much dead metal, then it's a tow job to the garage to be charged,
Even if your local supermarket has charging stations, what's the chance they will all be in use? as EV use becomes greater so the does the need to enlarge the provision of charging stations, then there's the actual charging time, how many drivers can actually take an hour out of their day to sit whilst their car battery charges up?
The above does highlight some things which are problems with EV's, however the main concern (lack of parking) is something which is an issue with there being an over reliance on the private motor car.
As a country (although far less than some) we waste a lot of land space facilitating the use of cars.
The design hierarchy should be (she is starting age, some parents may adjust for their individual child):
Streets for 6 year olds - basically where people live the roads should be quiet enough that a child can just wait until there's no cars moving and cross
Neighbourhoods for 9 year olds - basically a child in year 5 or 6 (upper juniors) should be able to pop to a local shop or get to and from school or some other travel without having to be taken
Towns for 12 year olds - basically from the start of secondary school a child should be able travel to most of what they want to do without needing to be driven.
Guess what, by reducing (please note I'm not saying erudite, far from it) car use everyone benefits.
I've said it before, and I'm sure I'll say it again, but even small changes in traffic volumes make a big difference in journey times.
Daily variation is around 2%, so those days which take longer than normal for no reason vs those days which you get there faster for no reason is that level of difference. As such, if car use could be reduced by 2% most days should be like those good days.
Likewise, school traffic accounts for about 10% of traffic during term time, yet during the school holidays journey times are significantly better. As such, a reduction of 10% would make traveling much less congested.
For most people not using a car at all is impractical, however using their cars a little less can make a big difference.
If I was to ask if anyone could cut out their car use from 100 households, almost none of them could, probably even those where they have a car which does 5,000 miles a year.
However, quite a few could probably reduce it a bit. If those 100 households could (as an average) reduced their car use by 2 miles a week, that would reduce risk miles travelled by over 10,000 miles for the year.
Ah average of 2 miles a week isn't a lot, that's maybe an at home parent (be that WFH, or not in paid employment, or works in the evening, or wherever their at home during the day) walking their kids to school between Easter and October 2 days a week and driving the rest of the time rather than always driving.
For others it might be doing one or two long journeys a year by public transport, for others it might be WFH one day every 1 to 3 months, for some it could be waking their kids to a club/lesson (swimming, gymnastics, rugby, football, etc.), for others it'll be something else.
For some they may manage more than an average of 2 miles a week, for others they won't be able to manage anything more than maybe 2 miles a year, however with a large enough group it becomes possible for the to be enough of a change.
For some, having made some reductions they could realise that they don't actually need a second car, especially if they could have access to a car club vehicle for the few times they did need it. Car club vehicles can fairly easily be EV's, as if they are being used so much that they have problems being kept charged by anything other than a 13amp plug then there's probably enough demand for another vehicle.