Too expensive, too damaging to the environment, far more expensive to mantain than fossil fuel cars, and the power grid just wouldn't survive the increased demand.
The only scenario where I could see it start taking off would be if we already had free Tesla energy or a ton of working fusion and fission nuclear reactors everywhere.
If we had a surplus of electrical power, it would make more sense to continue with burning geologic fuels anyway. They are energy-dense and easy to handle. If there is any shortage, they can be synthesized from any carbonaceous material and water.
Too expensive, too damaging to the environment, far more expensive to mantain than fossil fuel cars, and the power grid just wouldn't survive the increased demand.
The only scenario where I could see it start taking off would be if we already had free Tesla energy or a ton of working fusion and fission nuclear reactors everywhere.
If we had a surplus of electrical power, it would make more sense to continue with burning geologic fuels anyway. They are energy-dense and easy to handle. If there is any shortage, they can be synthesized from any carbonaceous material and water.
Most people are unaware that much of the oil that Germany used during WW2 was synthetic.
That practice began for them in World War I. South Africa used the process when it was faced with embargoes over apartheid.