The fix is super simple. Just meter by the minute and pay out current wholesale electric rates as you send to the grid. When you buy, you pay retail for delivery depending on the instantaneous market.
Don't want to buy at potentially high rates during evening peak? Sounds like you need to invest in a battery system.
If you want to pretend you are a micro power plant, you should get paid as one.
What you describe sounds like Buy-All Sell-All, except you're allowed to use and store what you produce before paying retail rates for electricity purchased from the service provider.
Is it anti-competitive to deny residential renewable energy producers the right to use the clean energy they invested in producing if they want to purchase electricity?
Another exclusive monopoly contract: if you buy water from me, you can't use the water you capture yourself.
Net metering in the United States: https://en.wikipedia.org/wiki/Net_metering_in_the_United_Sta...
Net metering > "Post-net metering" successor tariffs: https://en.wikipedia.org/wiki/Net_metering#Post-net_metering...
We want there to be renewable residential energy. Subsidizing renewable energy will hasten adoption. We should subsidize residential renewable energy if we want there to be more renewable energy.
If we make the break-even point later in time, residential renewable energy will be less lucrative.
Is it legal to have a cutover so that it's possible to use one's own renewable energy when the power's out, given an exclusive Buy-All Sell-All agreement?
- 1a) when the grid is down
- 1b) when the grid wants the customer to slowly increase load e.g. after the power has been out
- 1c) when it's safe to send more electricity to the grid e.g. at retail or wholesale or intraday rates
- 2a) how full are the local batteries
- 2b) the current and projected local load && how much of that can be throttled down
- 2ba) how full and heated the hot water tank(s) are
- 2bb) the current and projected external and internal air temperature and humidity
- 2bba) the current and projected internal air temperature and humidity, per e.g. bath fans and attic fans with or without in-wall-controllers with humidistats
- 2bc) projected electrical needs for cooking, baking, microwaving (typically at 100W*15amps=1500W or more)
- 2c) how many volts at how many amps the local renewables are producing
But IIUC, Buy-All Sell-All service provision agreements threaten termination of service if the customer/competitor does anything but sell all locally produced electricity to the grid by direct connection, so an emergency cut-over that charges your batteries off your solar panels instead of the grid (e.g. when the grid is down) is forbidden.
I don't have eyes into the specifics, but it's just always seemed like California state politicians have a vested interest in keeping money, both state and consumer, flowing into PG&E.
Irony is that if you shut down your solar panels and go on vacation, PG&E gets essentially nothing. But if you’re at home and producing and paying in (there is a minimum monthly fee under NEM 2.0 today) you’re responsible for an unfair ‘cost shift’’.
Florida did a similar thing, writing legislation that made it stupidly cheap for large energy companies to buy your rooftop solar power and flip it for a huge markup. These laws are just a gift to current market leaders for seemingly no reason, other than graft.