You would need a few of these and also not plug and play
This 500W vertical axis wind turbine utilizes a helical design and a permanent magnet generator to operate effectively in low wind speed environments. Its high power output and low starting wind speed make it ideal for maximizing energy production.
It can also be hazardous for electricians or DIY home repairs if they don’t know about it.
Oh, you think you’re safe because you turned the house’s power off at the main breaker? Forgot about the solar panels backfeeding into the panel – all the circuits are still live!
(Or, even more fun, only half the breakers in the panel are still live, since the solar panels are only feeding into one of the two phases. So maybe you test to make sure the power is off by turning on the lights, and the lights don’t turn on so you think you’re safe. But the power outlets you’re about to work on are on a different circuit, one that’s on the same phase as the solar, so they’re still live. Fun stuff!)
All that’s to say… You should definitely still do home solar if you can. But document it well, and establish ways to disconnect power to ensure safety!
They all have controllers? I’m guessing it’s all done through that. You’ll probably want to be careful when you get one for your specific area that it follows all of the laws.
Plug and play solar and wind are the future:
https://pluggedsolar.com/collections/featured/products/plug-and-play-solar-panel-power-with-680-watt-inverter-simply-plug-into-wall-expand-to-680watts
https://www.amazon.com/SOLPERK-Maintainer-Waterproof-Controller-Adjustable/dp/B08GX19KT9?
https://www.amazon.com/pofluany-Generator-Controller-Turbines-Windmill/dp/B0D1VHSHNH?
https://www.amazon.com/VEVOR-500W-Wind-Turbine-Generator/dp/B0D3T9Q6QC?
This 500W vertical axis wind turbine utilizes a helical design and a permanent magnet generator to operate effectively in low wind speed environments. Its high power output and low starting wind speed make it ideal for maximizing energy production.
https://www.amazon.com/Vertical-Generator-Permanent-Intelligent-Controller/dp/B0DSC27VD1?
How does this handle grid power outages?
In my area, you’re required to prevent back feeding if the grid goes down (otherwise it can be hazardous for the linemen repairing the issue).
It can also be hazardous for electricians or DIY home repairs if they don’t know about it.
Oh, you think you’re safe because you turned the house’s power off at the main breaker? Forgot about the solar panels backfeeding into the panel – all the circuits are still live!
(Or, even more fun, only half the breakers in the panel are still live, since the solar panels are only feeding into one of the two phases. So maybe you test to make sure the power is off by turning on the lights, and the lights don’t turn on so you think you’re safe. But the power outlets you’re about to work on are on a different circuit, one that’s on the same phase as the solar, so they’re still live. Fun stuff!)
All that’s to say… You should definitely still do home solar if you can. But document it well, and establish ways to disconnect power to ensure safety!
They all have controllers? I’m guessing it’s all done through that. You’ll probably want to be careful when you get one for your specific area that it follows all of the laws.