Title reads like at ad, but this is a new way to reach energy independence. I actually have a small EcoFlow device and it’s pretty good for the price.
I hope this tech can be made available in the US soon.
Yeah, non-USA for this atm, as much fun as it would be to plug such a system into an apartment.
I believe that the US requires that a direct-feed system has to plug into a physical kill switch setup to prevent back-feed of power during an outage.
Still pretty neat, though!
They don’t follow the grid frequency because the EU or US regulations require it, they follow the grid frequency because physics demands it.
Interesting - which other generators for example wouldn’t you want starting up?
Also in the US regular 120v outlets are fed from 1 of 2 transformer legs. If you back fed power through a 120v outlet, roughly half of the circuits in your home would function and the others would be dead.
And disclaimer: no one should do this, but when the transfer switch disconnects from the grid, would it work to jump say a breaker across the L1-L2 hots to share that 120v backfeed over both?
Clearly the 240v appliances won’t work in this configuration, but the fridge on one leg and the internet on the other will still work ok, right?
Again, no one try this - it’s just a thought exercise.
Yes, it will actually work. I know it’s very much not to code, but when we lost power for over 10 days, I did this to keep our furnace running and us from freezing to death since it was -10F out.
I only have a small 120V generator, but hooked both legs to hot and backfed via our EV charger’s outlet, since its a 50A circuit. Like you said, nothing 240V worked, but that little 3kW generator did a great job powering basically the whole house with no issues.
That winter was definitely a big driver for me to get a backup battery system so our solar could power the house.
That’s great, but it doesn’t matter unless it has the physical cutoff that’s required to bring that kind of system up to the current electrical code for such a system.
