Just make roof solar panels with tiltable shades that limit the incoming sunlight for this kind of situations. This is when there is no battery storage involved.
If the solar-roofed house can involve home batteries, problem solved.
You don't need to. If you don't draw the energy from the panels, nothing happens. It's not like a turbine where you'd have to dump the energy into a dummy load. Solar power not used is simply not produced.
Nice, in this case the solution is really easy, just a switch that the grid operator can turn off to cut the solar panels off the grid when there is not enough demand.
That's how it does work now, at least in Australia, the energy meter on your house is connected to the internet and when the market rate goes negative (oversupply) solar production gets disconnected.
If you've got a battery you can continue to charge it, as well as consuming power from your own panels, but you won't feed back power at these times.
Comments
Just make roof solar panels with tiltable shades that limit the incoming sunlight for this kind of situations. This is when there is no battery storage involved.
If the solar-roofed house can involve home batteries, problem solved.
You don't need to. If you don't draw the energy from the panels, nothing happens. It's not like a turbine where you'd have to dump the energy into a dummy load. Solar power not used is simply not produced.
Nice, in this case the solution is really easy, just a switch that the grid operator can turn off to cut the solar panels off the grid when there is not enough demand.
That's how it does work now, at least in Australia, the energy meter on your house is connected to the internet and when the market rate goes negative (oversupply) solar production gets disconnected.
If you've got a battery you can continue to charge it, as well as consuming power from your own panels, but you won't feed back power at these times.