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"summer mid-day also has the highest electricity demand all year in many places due to air conditioning," Peak electric demand is 3-7pm in the summer. You migh
by WillPostForFood 1y ago
"summer mid-day also has the highest electricity demand all year in many places due to air conditioning,"
Peak electric demand is 3-7pm in the summer. You might think you could then just set panels to to optimize for afternoon, but especially in winter, you get a big peak between 6-9am.
- distances 1y agoTotally depends on the location. Say, Northern Europe has traditionally very little AC (changing thanks to dual use heat pumps) and the energy use naturally peaks at the depths of the winter.
- Aerroon 1y agoWhat if you manually adjust them based on the season?
- solardev 1y agoIn the West, the cost of labor makes that unappealing. From a DIY standpoint it'd still be a pain. Those things are heavy and usually require at least 2 to 4 people to install or move. It's not something you'd want to do regularly if avoidable.
- Aerroon 1y agoI see. I imagined then being panels on like a hinge that you like unbolt, tilt a little and then bolt down again. I didn't know it would take multiple people to do it.
- solardev 1y agoYeah, you could maybe design something like that. It'd still be quite a lot of work to go through all the panels one at a time every few months, though. And doing the math to remember what angle to point them at would be annoying and error prone.
- Aerroon 1y agoCouldn't you tilt different panels at different angles for a few days to measure their output and then go with the one that performed the best?