I opened up a bunch of tabs the other day and got distracted and lost it -and I have now found it again!
Turned up in a random google search a few days back.
Seems a little over the top, but impressive.
The one thing that bothers me about it- is that the guy is married to a whole lot of expensive semiconductors,
Piles and Piles of High-end LED's - that will be rapidly outdated in months-to-years.
They will still work a long time from now, surely, as it looks like he has done the math but - for solar I think less might be more.
Good for ideas, but solar-wise it should probably be scaled back so it is feasible to replace 1 or 2 LED chips per room every few years to stay on the most efficient side of technology. For a small scale system, this looks like an advantage (cabin/boat/rv) But for larger larger systems we might be a couple of years yet before you can replace your big-output lighting. I bet another 10 years or so for a standard Edison bulb.
Very impressive to draw ideas from, but in a different configuration than what would interest most here.
Turned up in a random google search a few days back.
Seems a little over the top, but impressive.
The one thing that bothers me about it- is that the guy is married to a whole lot of expensive semiconductors,
Piles and Piles of High-end LED's - that will be rapidly outdated in months-to-years.
They will still work a long time from now, surely, as it looks like he has done the math but - for solar I think less might be more.
Good for ideas, but solar-wise it should probably be scaled back so it is feasible to replace 1 or 2 LED chips per room every few years to stay on the most efficient side of technology. For a small scale system, this looks like an advantage (cabin/boat/rv) But for larger larger systems we might be a couple of years yet before you can replace your big-output lighting. I bet another 10 years or so for a standard Edison bulb.
Very impressive to draw ideas from, but in a different configuration than what would interest most here.
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