The other half decided to have solar panels installed on the roof.
Their reasoning was that Edison and PGE were trying to work out some B.S. where they would no longer have to buy any excess Kilowatts from homeowners whose solar panels generated power in excess of their usage during the day.
To my way of thinking this is blatant theft. Even if Edison or PG&E wanted to put free panels on my roof, I’d still charge them space rental based on SqFt. I’m sure we could work out some arrangement where they paid for the usage of my roof space in electricity. That being said I’m equally sure they’d find a way to make the power so expensive that the space rental would be negligible.
Simultaneously, Edison has been raising rates and re jiggering their Tier rates such that the only time you’re not paying the most expensive Tier is early in the morning and very late at night. Basically it’s like they’re doing everything in their power to screw their customers.
This is happening throughout the year but it’s especially annoying because the only high usage appliances we have are the refrigerator, the A/C unit, dishwasher, and the washer. The Fridge we can’t do too much about. The A/C is rarely on, the washer and dishwasher are only used with full loads.
More often than not we hand wash the dishes.
Every single light in this house is LED, or fluorescent. The lights are only on in the room we occupy. Even our ceiling fans are EneryStar Compliant at the highest level we could purchase. We’ve dialed our power consumption down to bare minimum and yet the Electric bill kept going up. I was all set to put padlocks on all the external wall sockets because we were wondering if someone was stealing power from the house. It wasn’t until I started running comparisons between bills that I realized that wasn’t happening. Our power consumption is very constant and predictable.
Our path lights and even the exterior Christmas lights, (In season) are solar powered.
I’d sort of given up on Solar panels on the house because snow on those panels in the wintertime coupled with the general overcast would make the panels useless for 3 to 4 months a year. The other half pointed out that much of the rest of the year, if we could put enough panels on the roof we’d bank the excess power during the Summer and possibly not have to pay much of an electric bill during the Winter.
I saw the merit of this logic and agreed that panels could potentially do us some good. Because the panels were installed prior to the date Edison and PG&E were going to implement their nefarious plan, we got in under the wire and will be banking our excess and Edison will have to pay us prevailing rates according to their own Tier schedule.
So we went ahead with the installation. The panels were installed in June. Edison will have to pay us prevailing rates according to their own Tier schedule. You can bet your ass, we’ll be calling them out on any discrepancies or delinquent credits or payments. After all essentially, we’re an independent power company now…
You’d think all of this would be great. It would if everything was actually connected. Here we are in September and the panels are still not producing power for household use. The panels have the potential and god knows they’re getting tons of light during the day but this installation and interconnect to our house circuits is still not complete.
Some electricians were out today to install a subpanel.
Now we find that we’re going to have to wait 3 to 4 weeks for Edison to get off their asses and inspect / approve the actual connection. Before we can turn the damn things on.
That’s annoying, so is the hole in the exterior wall where these connections were added.
Apparently, the installation company is going to send out carpenters to patch the hole and pretty things up. Great! More waiting!
By the time these panels are online, it’s going to be Winter. So they’ll do very little good. Perhaps we’ll start to see a return on the investment by Spring of 2023, if we’re lucky. At this rate, I’m beginning to think we’re not going to have these things online until next Summer.
I don’t want to install backup batteries until we know the panels are working as expected and that the power distribution is so automatic that we don’t notice the changeover from Solar to Edison at night. Only then will I consider backup batteries, so that when the inevitable rolling blackouts hit California, we’ll be able to keep running. I’m looking at UPS (Uninterruptible Power System) systems now for the more delicate electronics.
I just saw the guy up the street Tesla on the back of a tow truck again. That has become at least a monthly event. I think it’s being towed to a charging station. If he follows the normal routine, the car will be driving back up to the guy’s house in a couple of hours.
I don’t know why the car doesn’t charge at his house, but obviously something isn’t working right. Perhaps he should consider buying a new house in a new neighborhood where the power infrastructure can handle his car? His house was built in the 1950s it may be that the place just can’t handle to power requirements. Alternatively, he could just go buy a gas powered vehicle.
Perhaps I could point out that I’ve got some solar panels on the roof that aren’t doing anybody any good? Nah, I’d probably have to have the electricians back out to install another panel specifically for his car. God knows what kind of inspection process that would entail.
Then there’s the risk of his Tesla deciding to ignite some of its batteries in my driveway. Yeah, not interested.
The really weird thing about having solar panels up here is that people are always asking if our house is off the grid. When I say “no, we don’t have the battery backup option and are still reliant on Edison when the sun goes down,” I get this blank look.
Then I have to explain that the panels only generate power they don’t store it. This is usually followed by a blank look and them repeating the question. I’m constantly astounded at how little people understand about simple science.
The next person who puts me through this I’m going to clamp jumper cables to their nipples and connect ‘em to the solar panels. At least that would be a test proving that the panels are actually working. Yeah, I still don’t know if they’re working.
