Solar companies have figured out how to mix sheep grazing and power production. This company is about to make a push to do it with cows, with huge growth potential.
Most solar installations, like the one in the picture, don’t rotate or only rotate on one axis.
There’s some actual research into how different crops react when grow between rows of solar panels. Vertically mounted solar panels are especially suited to this because you can drive between them on a harvesting machine easily. Sadly I don’t have any links to give off the top of my head.
True! But try my “laying down” test. Found some moss in a super shady area, couldn’t figure how enough light got through for even that. Laid down on a cloudy summer day, looked through the canopy, blinded.
Our eyes have little to tell us about how many lumens are hitting the ground, to say nothing of UV and spectrum.
tl;dr: Yes, a solid panel is going to block way more light than a tree canopy.
Most solar installations, like the one in the picture, don’t rotate or only rotate on one axis.
There’s some actual research into how different crops react when grow between rows of solar panels. Vertically mounted solar panels are especially suited to this because you can drive between them on a harvesting machine easily. Sadly I don’t have any links to give off the top of my head.
Trees still let some light through. Lay flat under a tree and look straight up. It’s brighter than you think. The panel is going to block 100%.
Not quite. Shit bounces around. You can till see in there, after all.
True! But try my “laying down” test. Found some moss in a super shady area, couldn’t figure how enough light got through for even that. Laid down on a cloudy summer day, looked through the canopy, blinded.
Our eyes have little to tell us about how many lumens are hitting the ground, to say nothing of UV and spectrum.
tl;dr: Yes, a solid panel is going to block way more light than a tree canopy.
More not all.