@pfsmet Glad to see it! The equation says that hotter air --> lower efficiency. So given everything the same (insolation etc) a hotter place would have lower net solar energy returns. We likely need more than a tweet, send me an email to set up a conversation.
New Research: PV solar panels have the highest energy production potential over agricultural lands, and less than 1% of agricultural lands could offset global energy demand if converted to agrivoltaic systems. https://t.co/U26y2gfAGR #NSFfunded#NIFAimpact
Agrivoltaic systems may be a win-win-win across the #WEFnexus. Biomass productivity increased by 90% and the plant water use efficiency increased by 300% when PV solar panels were place above a sheep pasture. https://t.co/Say8nvFMqf #NSFfunded#NIFAimpact
New paper using UAS and distributed temperature sensing via fiber-optics. The the morning transition of the atmospheric boundary layer is observed in detail.
https://t.co/sj6I2xYkHc