Basically
So basically, we talking about spending about £16K to £19K on a device to move 1 or possibly 2 people (but no more) a maximum of 150 miles, after which time you need to charge it for 2.5 Hours at least. And that assumes you remeber to drive home before you're charge runs out, since there is no charging standard your house is likely to be the only place you can find a charging station.
And, I'd guess that the quoted 150 Mile range is a 'best practice' figure, meaning one 9 stone adult driving with a very light right foot, and using regenerative braking to maximum effect. Actual range in normal commuter traffic is likely to be significantly less.
In addition, the device you're using to do this allocates 1/3 of the available space to the passengers, 1/3rd to the batteries and 1/3 to the drive train - and that's being generous, the actual passenger area is probably less than 1/3rd.
Surely there MUST be a more practical way to do move people from home to work and back?
If only there was a way of storing engergy in a highly efficient manner, which takes up less space, and can then be converted to rotational energy on deman, say by storing that energy in chemical form, then burning it to create heat and possibly exploding it to create movement - no wait, we already do that...
The point is that whatever people need most, whether it's petrol, oil or even electricity and water (for hydrolysis into hydrogen and oxygen) then those things will become commodities and will be priced appropriately by the suppliers. The end effect is that it will always cost the same %age of income to enjoy personal travel.