Comment on Love Wins
Buddahriffic@lemmy.world 4 days agoNot doubting what you’re saying but just a bit confused because wouldn’t electrifying what a lineman works on end up overloading the generator because you’re now powering everything up to where the circuit broke upstream? Saying this based on an assumption that the lines service multple households and the generators are designed to keep important things running rather than just replace power plants for even one house, let alone the neighbourhood.
How do they handle solar setups that are set up specifically to send power into the grid?
hereiamagain@sh.itjust.works 4 days ago
Not an electrician, I always imagined the downed power line being close to the house, such that when you backfeed the transformer it doesn’t have a load on it until the lineman grabs it and becomes the load.
I imagine when your circuit that’s still connected includes several houses or most of your neighborhood, then maybe you’d overload the generator? 🤷♂️ I don’t know.
Solar systems I do know, though. If you have a grid-tied solar system, that feeds power back into the grid, then when the power goes out, your batteries and inverters are all turned off automatically so they won’t kill linemen. That’s what’s ironic about grid connected solar, you can’t use it during a power outage. They only work when the power is on.
Now if you have a standalone solar system, with a transfer panel where you can switch several circuits in your house to either run on the grid OR solar, then you can use solar whether the grid is up or down. But you can never feed the grid to make money back directly in that fashion.
Buddahriffic@lemmy.world 2 days ago
I don’t get why people use that one version of solar where essentially the power company gets most of the benefit because they buy the generated power from you at wholesale and sell it by to you at retail and, as you said, you can’t even use it when the power goes out.
Though do you know if there’s automated systems that take both solar/battery and the grid as input and do load balancing such that it automatically uses the cheaper power when available and then falls back to the grid for whatever else it needs? Or even better, one that keeps a certain amount of battery power as backup in case the grid goes down?
Though what I’d really like to see are DC home circuits to avoid the energy loss from first converting DC to AC to match the grid, then converting it back to DC inside the power blocks of your device.