The Milkman had a Renault kangoo electric long wheel base, and in general he liked it, main plus was in Merseyside they did not hear him and pinch the milk as he left it on the door steps, or wake his clients, and he had 4 free tow backs per year and he did not normally exceed them, but he had to retain his old vehicle to take over if not charged enough, the kangoo only charged at 3 kW so if he did not have it on charge most of the afternoon and night it did not get enough charge.
I'm struggling to believe that! What year was the Kangoo?
At 350 miles and actual range of 250 - 300 that's within acceptable limits, it is like with a liquid fuel when claimed 80 MPG it doing 57 - 68 MPG but his was like the liquid fuel doing around 47 MPG that was getting silly.
I can't think of
ANY EVs that can only charge at 3kW! Also, he is doing a pretty bad run for an EV. Stop, open door, get out deliver milk, get back in, accelerate to next house, stop, open door, get out, etc. Each time he gets out, the cabin cools down, so his heater will be flat-out in winter, and accelerating then stopping repeatedly, doesn't do the range any good. If we're being fair about this, and he was doing the same in a petrol or diesel one, he wouldn't
DREAM of getting anywhere near the official fuel consumption figures for that kind of running!
The larger the battery of course the longer it takes to charge, and also many EV's will not use all three phases so even when using a 22 kW charge point, only charging at 7 kW, with a 22 kWh battery as fitted to Kangoo a 50 mile top up even at the claimed 125 mile range = 8.8 kWh so even with a 7 kW charger it would take 75 minutes. Simple maths. That is if there is a charge point free.
OK there are cars which can take 22 kW but these tend to have larger batteries, so not much difference in time to top up.
Why the obsession with AC charging? If you want to charge quickly on the go, use a DC charger! As IT Minion says, DC chargers up to 350kW are available (if your car can take it). Mine can't take much more than about 200kW. 50kW chargers are very common, and there are now increasing numbers of 150kW ones. Personally, on a long journey, I try to avoid chargers less than 100kW.
As it stands with liquid fuel I can draw into a petrol station be third in the queue and still fill up in 15 minutes, same situation with an EV and looking at a day, it is not the idea of an EV it is the way it has been done, the old Bedford CF van electric you could swap batteries in around 5 minutes, the same with my e-bike, I can swap the battery in a minute or two and be on my way again, can't do that with a car.
Last week, I went to collect our middle sprog from uni at the end of term. I decided to drop in on my parents in Liverpool on the way. That was 520 miles as a round-trip. Workington - Liverpool - Leicester - Workington.
I left home with a "full tank", and drove to Liverpool - about 140 miles. Although I easily had the range to get to Liverpool, as I had some time, I decided to grab a quick charge while I went to get myself a drink, to save myself doing it for as long, the following morning. Stopped or 15 minutes in total.
Next day, I stopped again for 6 minutes, near Stoke, while I went for a wee, and got another drink.
Got to Leicester, picked up sprog and loaded all his stuff, then set off up the M1 towards Scotch Corner. Stopped for lunch just before Sheffield and charged for 28 minutes while we grabbed some lunch.
All of those were DC chargers.
Yes, I know a good diesel would have done 520 miles without refuelling, but those charging times (with the exception of about 10 minutes of the 15 taken for the first one), were stops I would have made anyway.
As IT Minion says, Nio (as Chinese Tesla equivalent) have gone down the battery swap route. Personally, I don't see it taking off, but they do exist.