Green Energy

Any wiring can handle 10 amps. I don't understand why you think that's too much. We have really old wiring and it wouldn't be a problem.

Thanks for posting, this is awesome. Now do small wind too.

In Washington state, a labor union representing electrical workers and the Association of Washington Business, a regional business group, testified against the state’s plug-in solar bill. Neither responded to questions about their position.

Spokeswomen for Puget Sound Energy and Avista Corporation, two Washington State utilities that testified against the bill, said their companies had safety concerns about plug-in solar technology and were waiting to see how the issues are addressed.

Yeah I called PSE and asked about plug in solar. They said it was illegal to use on "their network". And they gave that same spiel. Safety. They should partner with someone to make safe balcony solar kits for Washington state homes and apartments.

No vision.

I'm on board. It doesn't have to be perfectly idiotproof to be rolled out--nothing is ever going to be perfectly idiotproof and we're already being compelled to beta test things like Tesla's poorly-designed self-driving software for its ability to handle human drivers and AI companies' chatbots. Balcony solar has been in wide use in Europe, where many homes are much, much older than ours, for more than a decade now. We can look at their ideas, products, and safety standards and import and adapt them to meet our own needs pretty easily.

Fire safety is, of course, going to be critical. The way homeowners make decisions when they upgrade is like the Wild West out here, and not every system is going to work for every home. We can only do the best we can in the arena of safety, you know? We make a good faith effort to protect everybody as much as we can, but at some point, the homeowner needs to take responsibility for knowing what their wiring/electric situation is before trying to make big changes to it without an electrician. We lose a few houses every single year from people using turkey fryers improperly despite them having all the information they need not to do that.

One thing the article doesn't mention is the computerized station that comes with a lot of these balcony solar systems to ensure proper loading, prevent pulling too much power, and to make sure you're not feeding the grid when you need the power or pulling power from the grid when you don't need it. Kind of weird that they skipped over that important piece of fire safety and risk management. There's also a device called Ting you can get that plugs into your wall and notifies you of fire hazards and electrical problems. (It's completely separate from balcony solar; I got mine through my homeowner's insurance and they can be bought online.) Another thing that passing this legislation will help is developing a solid set of safety standards. Without the legislation, there won't be enough social or political pressure to do it and could slow future adoption down by years.

Given the strain power utilities are under with the AI bubble, it seems irresponsible that they're not pushing harder for this.

Could be an issue for older homes with 14g branch circuits, but honestly i dont see 1200 watts being much of an issue on 20A circuits with 12g wire. Code required pretty much all branch circuits to be GFCI or AFCI protected now as well. Obviously that doesn't mean anything for older homes that haven't been updated yet, but AFCIs will catch the problems. Almost too aggressively.

1200 watts is only 10 amps, and branch circuits are laid out much more sensibly now than in previous decades.

Idk, as long as the home isnt like a double-wide from the 70s it should be fine.

What happens when electricians need to do work but the lines are energized by these? This is a genuine question. It seems like a really difficult problem to solve

My backyard faces west. If I could, I’d fill up half of it with solar panels.

I am not an electrical engineer, but based on OP's description, it sounds like a solar panel that connects to an outlet in an existing circuit. Say you have a solar panel plugged into the first outlet on a 15-Amp circuit, with solar producing 1200 Watts of available power. Then you have a 10-Amp load plugged into the next outlet in the circuit, and another 10-Amp load plugged in further down the circuit. That 15-Amp circuit has wiring rated for 15 Amps. You have 20 amps of load, but the solar panel is providing half of that downstream from the circuit breaker. The breaker sees only 10 amps of load and doesn't trip, though you have wiring downstream from the solar panel that's carrying 20 Amps. This will start a fire.