pretty much they do
that is only if you have a big temp coefficient difference AND a big temperature increase from 25C and even then a relatively modest production difference.
Temp coefficient has negligible impact in cool or breezy locations
Actually efficiency has nothing to do with production. zip, nada.
efficiency only has to do with the size of the PV module not production.
Same for car engines. Efficiency has nothing to do with the power produced. It only has to do with the fuel consumed.
Two engines both that produce 200Hp but one is more efficient, well they both still produce 200Hp, one just uses less fuel....
a 4 door sedan with a 200hp engine will have the same hp as ANY other 4door sedan with a 200hp engine (except transmission & differential inefficiencies in this stretched example)
Maybe IF they can keep costs down, which is doubtful.
but mean while Panasonic and LG are moving forward with each generation.
that is only if you have a big temp coefficient difference AND a big temperature increase from 25C and even then a relatively modest production difference.
Temp coefficient has negligible impact in cool or breezy locations
Actually efficiency has nothing to do with production. zip, nada.
efficiency only has to do with the size of the PV module not production.
Same for car engines. Efficiency has nothing to do with the power produced. It only has to do with the fuel consumed.
Two engines both that produce 200Hp but one is more efficient, well they both still produce 200Hp, one just uses less fuel....
a 4 door sedan with a 200hp engine will have the same hp as ANY other 4door sedan with a 200hp engine (except transmission & differential inefficiencies in this stretched example)
Maybe IF they can keep costs down, which is doubtful.
but mean while Panasonic and LG are moving forward with each generation.
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