This is great, I guess it really was the economics of panels holding them back all these years. Great to see solar taking off, there are so many ways it can help, like shading parking lots (double win), apparently being great shade for some plants like hops, coving things like canals which both avoid using additional land area and reduces evaporative losses of the water, etc etc!
While cost has been coming down, efficiency has been going up. Panels now convert about 20% of the sunlight’s energy to electricity. When I was a kid it was 3-5% and it was a long slow climb. Maybe it’s just me but when I learned it had reached 20% that struck me as a lot.
Though efficiency is not really a relevant metric when the source energy is free.
It has indirect impact such as the necessary area but efficiency is not a good indicator for solar overall.
But yay science!
This is great, I guess it really was the economics of panels holding them back all these years. Great to see solar taking off, there are so many ways it can help, like shading parking lots (double win), apparently being great shade for some plants like hops, coving things like canals which both avoid using additional land area and reduces evaporative losses of the water, etc etc!
While cost has been coming down, efficiency has been going up. Panels now convert about 20% of the sunlight’s energy to electricity. When I was a kid it was 3-5% and it was a long slow climb. Maybe it’s just me but when I learned it had reached 20% that struck me as a lot.
Though efficiency is not really a relevant metric when the source energy is free. It has indirect impact such as the necessary area but efficiency is not a good indicator for solar overall. But yay science!
What a bullshit take. Efficiency directly affects area and thereby all related overhead costs for cleaning, connecting, land use, production, etc.
I guess it also helps when you already own all the land to put them on.