I'm a MOfag. You're gonna have to show me. And not a Youtube video.
While it is true that high voltage systems can transmit power in manners different from typical conductive transfer, it is also important to understand that this effect has never been harnessed for more than lighting and communication. Even then, it was mostly a novelty.
At a time when most people were using electricity for lighting, Tesla's ideas were rather novel and practical. Incandescent lamps were not efficient and the running of conductive wires was expensive. In many areas, to save money, people would only run a single wire and literally run a leg of power through the load to ground via a metal spike.
Compared to this, the idea of using a large building to excite fluorescent lights (that would almost never burn out) or power things like radios using a larger "receiving" station was somewhat novel.
Powering a car using this is not practical. Not only would you have a tesla tower that makes HAARP look like a playground slide next to a fucking hurricane (on the plus side, the magnetic and static field from the thing would create spectacular auroras and protect astronauts on the moon from solar winds), but you would render about a million square miles of terrain completely uninhabitable due to the fact that it would glass everything within line of sight.
Sure, people on the other side of the Earth could drive using it, but they would also be experiencing electric field strengths similar to setting up camp around a neutron star.
If a few watts from 5g has people up in arms, then several yottawatts from a planetary plasmaglobe will bake some noodles.