All parking lots should be required to be covered by solar panels.

All parking lots shall have a minimum percentage of parking spaces with dedicated Level 2 J1772 EVSEs (or for countries that don't use J1772, the equivalent standard) equal to the percentage of plug-in vehicles registered in the jurisdiction (for the US, the state).

Rationale for the solar panel coverage: Parking lots, especially when they're just flat single-level lots, are huge surface area, the asphalt traps lots of heat, and they're a lot of land area that could be used for solar generation without interfering at all with the intended use.

In fact, they improve the intended use - in summer, solar heating of car interiors is reduced, and in winter, snow coverage of cars is reduced.

As far as the J1772 charging in lots... the solar generation peak coincides with when people are at work. So, charging of EVs is best done at work, not at home, and that requires charging facilities to be in parking lots (and garages) that people use - this will help stabilize the grid as solar's share of the generation mix increases.
Also, Level 2 J1772 basically means 208-240 volts AC, and in practice, typically 30 amps for public charging (although I've seen cars taking as little as 10 amps, and Tesla's cars can take as much as 80 amps on AC charging).

@bhtooefr

for my region, an EV street charging supply can normally be supplied at 16A 230/400V or 32A 230/400V (similar to those provided for market stalls). TT earthing (local earth spike, not derived from supply neutral) is mandatory.

It can even be obtained from an existing street lamp, but the available power might be less.

They have already provided a comprehensive set of documents about this:

https://www.ukpowernetworks.co.uk/electricity/electric-vehicle-charging-point

@vfrmedia Yeah, typical here for public charging is 30 A, 240 V for native single-phase, and 30 A, 208 V for single-phase from 120/208 V wye service.