I don't know how much you need to carry, but I think the electric Citroen berlingo has a half decent range. They do a people carrier version as well with the electric drivetrain.
The Citroen & the almost identical Peugeot Partner Tepee only has a 22.5kWh battery and a not very powerful motor. They've sold only a few hundred a year of them, and I believe suffer from various reliability issues. Has the same range as the old 24kWh Nissan van, but a smaller load space.
[QUOTE 5365980, member: 9609"]what are the heaters like in electric vehicles, I'm a cold soul and like to drive with the heaters on full blast. If you have a range of a 100 mile on a summers day, what sort of range would that be on a very cold winters night. And if I parked up for 20 minutes with heater on to have a brew, how many miles would that knock off ?[/QUOTE]
A cold, very wet, night drive into a head wind is the worst scenario for an electric vehicle. If you set off in a cold, fully charged vehicle when it's freezing outside, then you can expect to lose 15-25% of the range, depending upon the car. This is because the heater has to heat up a large volume of cold air. One way to improve that is to pre-heat the car when it's still plugged into a charger.
The great thing about my Nissan is that on a cold winter's morning, whilst I'm having my breakfast, I can load up the Nissan app on my phone, press a button to start the heating for the car, and then when I go to drive off, the ice is all melted and it's toasty inside. If it was still plugged in, then that's not coming off the battery.
For a 20 minute stop, obviously if the car was already warm, then keeping the heater going won't affect things so much.
Most cars also have heated steering wheels & seats, so the main heater can be used less.
All dealerships should let you do an extended test drive over a weekend so you can see how the range gets affected. On longer journeys you can end up doing a bit of mental juggling thinking about how the range is dropping, any hills coming up, when the next charging point is. For instance if you're doing a return journey where outbound there's far more uphill, that will clearly reduce the range compared with coming back, as typically you can gain an extra 20% when going downhill.
As more and more cars get bigger batteries, then the penalty for heating will become less of an issue. Excluding Teslas, currently 40kWh batteries are the norm, but within 2 years, most new cars will be 60kWh. This in turn will ease some of the problems about lack of chargers, as because the cars will have longer range, and so the Plan B or Plan C charger will still be able to be reached. In any event, there is a big ramping up of the numbers of chargers, with BP having recently taken over one of the major networks, Chargemaster, and they've stated they'll be adding 4,000 chargers in the next few years (a 40% increase).