It's great news overall. As with anything, it's not perfect, but it's good. The size of the market here ought to push some efficiency and competition, driving install prices down. I worry about affordable housing, but most of our local affordable units have been installing them anyway, and as has been pointed out above, it's a net savings. In my county, new installs qualify for interest free loans that offset utility rates immediately.
It also saves me some work with one of my environmental advocacy groups. We were trying to get this passed locally just in case it didn't work out for the state.
You could be right. Sacramento could do something correctly with the intention of benefiting the lower and middle classes.
And that
was me yelling at the sky. Not clouds though. The Flying Pigs who crap on everything!
Temporarily, it will be real estate speculators that will see a market uptick. If new houses far from town see a price hike so do all the houses. Most of our politicians and upper class donors made their money in real estate. But the long game will be at the power company.
I've been following our electric tariffs for about 5 years now. The best way for the utilities to quickly nullify residential solar is to enforce TOU stretched out to 8-10pm which strips off much of your solar production (already happened in some areas), then migrate to Demand meters. With Demand metering, electricity costs you practically nothing. 0.075/kWh. Cool, right? Not exactly. That's how much your solar panels can defray costs. Since residential peak is 5-8 pm, when solar production is very low, this is where they collect. Your bill is based on 3 things: a rental for the meter + peak kW demand fee + power in kWh used. While solar can reduce kW use during strong sunlight, it will have little effect on peak demand at 6pm. This is charged by the kW at a very high rate.
Example of Demand metering.
You use 40 kWh a day.
You produce 20 kWh a day.
You come home at 5pm, turn on the AC, lights, TV, cook dinner. Normally this spikes at 10kW max at about 6 pm.
So you pay $1 for the meter that day + 20kWh x .075 = $1.50 for power + (15.89 * 10)/30 = $5.30 for demand. Total of $7.80, or $234 a month.
Wait. Power is only .075 a kWh, dist+production! How can my bill be 0.39 a kWh???? That is demand. Use all the power you want, just keep your peak amps down for the panel. Hard to do.
Then you make a mistake the next month. You plug in your 10kW EVSE at 6pm while the A/C and oven are going. 20kW.
Your power use won't change that much since it's only a brief time during the month. Your bill will climb $158.90 MORE that month for that brief mistake.
OK, I'll just add panels so I don't use power!
I use 40kWh
I produce 40kWh
That $234 normal bill becomes $189. Wait! I doubled production, I used no power! kWh's and kW peak are two different animals.
This is already forced on large, medium, now small businesses, and if solar hurts the CPUC's providers too much, it will come to residential customers. Adding solar panels won't help. A Battery can help IF it can figure out when peak demand happens that month, and you make no dumb mistakes charging your car.
But how will they get you to fall for it? Easy. Cheap power.
If I offer you power at $0.075/kWh maximum rate, 24/7/365, and all you have to do is change out your meter, would you decline?
Oddly enough, the plans that charge you the highest $/kWh at 12 Noon, are the plans you normally want if you are on solar or have an EV. The low cost Demand tariffs is how they can make money whether you have solar or not. And how they can get rich off EV charging at the same time.