Let's do this.
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@f4grx I'm trying to work out in my head how this isn't a "suicide cord" situation. I realize we're talking about differing electrical systems but to folks used to the power systems in use in North America and Japan, this just sets off all kinds of safety alarms in our heads so I'm wondering what's different that's making it safe?
@f4grx The part that I'm concerned about here is the graphic that seems to imply you can just plug this in to backfeed a wall socket that you'd normally use to plug a lamp or TV into, and that's the part that's specifically dangerous, since you're being a power source downstream of all of the safety systems, and people upstream can't guarantee their own safety from you when repairing downed lines as it works here when you just plug into a random wall outlet with a power source.
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@TechConnectify You're my hero...what a treasure this is, thank you for your hard work! 🫡🖖🤘
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@pfriedma That's what I'm saying,you'd need to have a cutover interlock at the breaker box, AND you can't just plug panels into any random outlet (since you would be bypassing circuit protection). I know that much from living someplace where my neighbor generated all the power for like 3 households and dealing with that, and still have capacity left over and still had a cutover to sell back power to the electric co-op.
Or is this just explaining modular solar badly?
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@TechConnectify thanks for being on Fediverse.
@almino @TechConnectify I wish it was easy enough to upload to a PeerTube instance that Alec would choose to do so, for people that don't want to suffer YT ads.
But, the combination of so little reach and no (or even negative) revenue makes it hard to justify much, if any, effort.
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@TechConnectify ❤️ and thank you.
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renewables > burning fuel
building capital > operating
<ending type=fake>
community > fascism
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@TechConnectify you are awesome.
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TL;DW
how does the solar panel and battery deterioration affect the calculations? The panels might las 25 years but definitely they don't stay as efficient.
@mattesilver @TechConnectify usually the warranty is that after 25 years the panels will still produce at least 80%, these days often even more, and that's the *minimum*, if one is lucky¹ it could easily be more.
¹ or lives in an area with cooler summers, and/or has bought more expensive panels with a better warranty
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@mattesilver @TechConnectify usually the warranty is that after 25 years the panels will still produce at least 80%, these days often even more, and that's the *minimum*, if one is lucky¹ it could easily be more.
¹ or lives in an area with cooler summers, and/or has bought more expensive panels with a better warranty
thank you, I got it from the other answers.
Somehow no one mentions longevity of batteries...
Another thing is that it's all stupid-"smart". I have a PV installation, and it all requires connection to some 3rd party SaaS. Once the company goes belly-up, as they often do, it's all an expensive paperweight.
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thank you, I got it from the other answers.
Somehow no one mentions longevity of batteries...
Another thing is that it's all stupid-"smart". I have a PV installation, and it all requires connection to some 3rd party SaaS. Once the company goes belly-up, as they often do, it's all an expensive paperweight.
@mattesilver @TechConnectify batteries were mentioned in the video, in the context of how car batteries have been exceeding the longevity expectations by a lot
as for the smart, our installation is smarter than I'd like, requires a connection and sends data to a 3rd party, but when (not if) internet is not available it's still producing energy, storing it in the batteries and using it locally; I'm not sure about reselling it to the grid, but I think that would also be working. The part that will disappear if the company dies is just the data logging and reporting, and losing that would be bad, but not as bad as losing everything else.
