but why would charging start at the peak consumption of the state? Every EV has charge time capabilities, most people use "finish by" so for most people that Ould be probably in the early morning. and probably only a few need more than like 15kWh or so ...OK ok - now we're having fun. So there's what, 30 million registered vehicles in California. Of those, 1.5 million (estimated) are to be Electric.
I've read that CA's grid could probably handle a few more million EVs but north of 5 million EVs it would have problems. (don't ask me to cite this, I probably couldn't find it if I tried and I'm sure it's speculative).
I've only had an EV since 2022, and I remember some summers Tesla had big massive screens begging us not to charge our car during peak times to help keep the grid up (not recently).
But say you snapped your fingers and we had 15 million EVs needing to charge tonight, I bet that would overwhelm the grid. According to what I've seen on CA ISO - once we start hitting the high 40,000 MWs - CA starts having problems supplying power. I believe CA's highest peak power was just over 50,000 MW.
So say it's a hot August afternoon and we're already north of 40,000 MW, it would take just what, 1.5 million additional EVs to add 10,000 MW load? 10,000,000 kW ÷ 6.6 kW per EV ≈ 1,515,152 EVs - and probably crash the grid.
I'm not saying you don't have a point, but there are ways around it ...
And yes, CA has challenges