Bifacial Solar Panels vs Reflective Surfaces скачать в хорошем качестве

Bifacial Solar Panels vs Reflective Surfaces

Which cheap reflective surface increases bifacial solar panel output the most? Let's find out! ☀️ SOLAR CALCULATOR - estimate savings for your home, get free online quotes https://www.solarreviews.com/solar-es... 🔢 MY FREE SOLAR TOOLS • Solar Panel Tilt Angle Calculator ➔ https://footprinthero.com/solar-panel... • Solar Panel Azimuth Angle Calculator ➔ https://footprinthero.com/solar-panel... • Peak Sun Hours Calculator ➔ https://footprinthero.com/peak-sun-ho... 👋 CONNECT WITH FOOTPRINT HERO! • Blog ➔ https://footprinthero.com/ • TikTok ➔   / footprinthero   • Instagram ➔   / footprint.hero   ~ You can increase the power output of bifacial solar panels by reflecting light onto the back of them. This got me thinking...what cheap white or reflective surface would increase bifacial solar panel output the most? So I gathered 5 cheap white/reflective materials -- white rocks, aluminum foil, an emergency thermal (mylar) blanket, a white tarp, and reflective insulation -- and spent the day putting them beneath a bifacial solar panel to measure how much each material increased power output. I wanted to compare the power output against a control, so I set up 2 identical bifacial panels and only put the reflective materials beneath one of them. (In hindsight, I probably should have included a material to mimic putting a white fence behind the panels...but didn't think of that until I was done with filming and editing the video :/.) Some of these materials aren't the most practical. The aluminum foil and mylar blanket, for instance, both tear easily and wouldn't last very long. But I included them anyway for fun, and I do think they were at least worthwhile to test out. ~ Editor: Javan Khabi https://elkhabijavan.wixsite.com/mysite Music: https://uppbeat.io/t/jonny-boyle/craf... - License code: 61ILAU46EUAQJYZT https://uppbeat.io/t/benjamin-botkin/... - License code: DM8SCALVBZ59S03Z https://uppbeat.io/t/movediz/young-en... - License code: BO63C61KWP4VIPLP ~ DISCLAIMERS Some of the links in this video description and in the comments below are affiliate links. If you make a purchase after clicking on one, I may earn a commission which will help fund more videos like this one. Thank you! 🙏 For general informational purposes only. Nothing in this video is intended to be professional solar or electrical advice. Please consult with a licensed professional in their field of expertise in your jurisdiction. As an Amazon Associate I earn from qualifying purchases.