Anybody running with "hit" panels?
Rummaging through the solar toy aisle online, I stumbled across this that caught my eye:
It was the "HIT" panel part that intrigues me - and um, not so much the toy charger itself. (2 AA's, only 500ma /5v output - not enough in today's world...) So I picked one up to play with as a goof.
Apparently this "hit" stuff has been around with Sanyo/Panasonic since the 1990's, and is a combination of crystalline AND amorphous. Supposedly gets more efficient with high heat, and overall the typical 20 year life to 80% output.
Of course it did seem like a little toy showcase for the REAL panels I found online, which I had overlooked before. Apparently the cells since 2009 come from California and Oregon and the panels themselves are assembled at various locations.
Interesting aspect about getting better in the heat, but how long will THAT last? I'm not about to purchase, but I am intrigued about any real-world use history.
Rummaging through the solar toy aisle online, I stumbled across this that caught my eye:
It was the "HIT" panel part that intrigues me - and um, not so much the toy charger itself. (2 AA's, only 500ma /5v output - not enough in today's world...) So I picked one up to play with as a goof.
Apparently this "hit" stuff has been around with Sanyo/Panasonic since the 1990's, and is a combination of crystalline AND amorphous. Supposedly gets more efficient with high heat, and overall the typical 20 year life to 80% output.
Of course it did seem like a little toy showcase for the REAL panels I found online, which I had overlooked before. Apparently the cells since 2009 come from California and Oregon and the panels themselves are assembled at various locations.
Interesting aspect about getting better in the heat, but how long will THAT last? I'm not about to purchase, but I am intrigued about any real-world use history.
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