nprofile1qy2hwumn8ghj7un9d3shjtnyd968gmewwp6kyqpq4545l0vvpr87zfsz48t3x0jsm5325u2ft40676yy77u7dycptxeqwvu57d (nprofile…u57d) That would need quite the farm and/or a huge battery bank.
My... 41 panel? rooftop array is 18 kW theoretical DC peak, 15 kW max continuous AC output (which should not be a bottleneck because the array is oriented in all 4 directions and there's almost always some shading due to surrounding trees).
I think current gen fast chargers top out at 350 kW so you'd be looking at an array of ~23x larger size to be able to keep up with the charger assuming continuous full sun.
You'd need even more (maybe 30x) to allow for suboptimal sun angles, dirt, conversion losses, etc although if you didn't plan to run the charger nonstop during daylight, and had batteries for peak shedding, you could probably get away with more like 10x depending on how heavily you expected to load it.