3 ms·

So one day of the year is producing 131% yet still only averages 77% for the year? Yeah, that sounds like a good trade off. /s I'm still trying to decide if th

• Xylakant 1y ago
  So your problem is that during summer, average solar production is much higher than in winter in the first place. So to ensure that you have sufficient energy in winter, you can either overprovision heavily for summer use (lots of flat panels facing south) or you can sacrifice summer efficiency to gain winter efficiency - vertical panels do that.
• fckgw 1y ago
  It's not just about production, it's also about reducing maintenance costs (don't collect snow, less dust build up on panels) and land usage. If you can take that 77% average, but maybe stick a couple more panels on land to reach your energy goals in an overall smaller footprint with less maintenance work, then maybe it's a good solution to specific problems.
• adgjlsfhk1 1y ago
  If you had a solar panel that produced half as much power as regular, but produced power at night that would be a massive win. This is a less extreme equivalent. It produces less power than a normal solar pannel, but it produces power at an important time (when regular solar panels don't produce much power).