And in 1910 they probably said the same about petrol cars. I mean, you'd need a petrol station or five in every town, filling up with billions upon billions of litres of prehistoric and finite fuel. That could never happen, imagine the infrastructure required. And electric cars are mainly only for local trips at the moment with 100 mile ranges. Once it gets to 200 miles (2017 Nissan Leaf), they'd barely need to visit a public charge point unless petrol cars which HAVE to fill up at a petrol station. It's just getting your head round it. There are always hundreds of cars filling up at any one time in every town as that's the only place they can get their fuel. With an EV you fill up at home every night for pennies, but should you be likely to exceed the 200 miles range then you have a need to fill up publically. Few cars need to travel those distances. A 200 mile range also falls nicely into the sort of distance you can manage before you need a toilet break. One benefit of a petrol car is it can be filled in 5 minutes, assuming you don't include the actual time driving out of your way there and back out. The down side is it costs £45-£90 a time. A 200 mile EV would cost £4-£5 but would take about 30 minutes. Just look at the speed of the Tesla superchargers. They get it. Horses for courses. You want the perceived speed and long distance flexibility of petrol/diesel, then fine, but you will pay a couple thousand of £'s a year to travel 15,000 miles a year. If your trips are within 70-80 miles between charging or you don't mind a small inconvenience of waiting to fast charge on the few occassions you need it, and the 20 seconds it takes every evening to connect your car. It also costs you a could hundred £ a year for 15,000 miles a year. And that's before we get onto the subject of where the oil we use comes from. The UK is 60% self sufficient in oil. The remaining oil comes from some nice countries like Norway, but much comes from crappo countries that hate our way of life. There's room for everyone.