A plug-in balcony solar system for uncertain times.

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.

  • @deafboy@lemmy.worldEnglish
    101•1 year ago

    Plug-in systems are built around a microinverter that feeds solar energy back into the home via a standard wall jack.

    What the actual fuck?

    The PowerStream has three proprietary ports: one that connects to your MC4 solar panels

    Disqualified.

      • zeekaranEnglish
        11•1 year ago

        Should not be via a standard wall jack. As far as I know.

        • @barsoap@lemm.eeEnglish
          8•1 year ago

          Depends on electrical code which depends on, most of all, your standard plugs. In Germany Schuko is deemed non-optimal, but acceptable, for up to 800W.

          …no issues regarding exposed prongs, if the inverter doesn’t see AC to sync to it doesn’t output anything. It’s not a dumb spinny magnet generator we’re talking about here.

          Most people don’t have an outlet on their balcony, though, and weather-proofing the thing is an issue in any case so while you’re at it you can just as well put in a proper Wieland outlet. 20 bucks or so, the expensive part will be the electrician not the outlet.

          • @rmuk@feddit.ukEnglish
            5•1 year ago

            In Germany Schuko is deemed non-optimal, but acceptable, for up to 800W.

            In the UK our everyday plug is rated for 13A - nearly 3KW. The plug on my phone charger is the same as the one on my tumble dryer and I don’t know if that’s a good thing or a bag thing.

            • @barsoap@lemm.eeEnglish
              2•1 year ago

              Schuko is rated for 16A continuous for one hour, 3680W, I think the UK plug would actually take quite a bit more you’re just being conservative. Or something odd about ring circuits I don’t want to think about.

              In any case practically nothing in a household actually uses 3kW. A stove, yes, but that’s connected to three phases and without a plug (usually 3x20A over here – CEE plugs can do that but they’re chonkers and how often do you move your stove). Newer dryers should stay under 1kW, the standard high load appliances are kettles and hair dryers.

    • Andromxda 🇺🇦🇵🇸🇹🇼English
      1•1 year ago

      Plug-in systems are built around a microinverter that feeds solar energy back into the home via a standard wall jack.

      What the actual fuck?

      What’s wrong with that? That’s how basically any balcony solar system works.