Cache, can you sight a journal reference backing this statement of yours:
"There are panels that get to 40% efficient in converting sunlight to electricity, but they are usually cost prohibitive which will not be the case for very long."
That would really interest me! Most of the solar irradience is in the infrared, so I don't see how that figure is possible using silicon voltaic cells anyway. Perhaps i'm wrong, or perhaps there is a Madison Avenue trick in the figure cited.
In comparison, only about 30% or less of the thermal energy from coal is available as usable electricity by the time it reaches your home. (70% or more loss!)
"There are panels that get to 40% efficient in converting sunlight to electricity, but they are usually cost prohibitive which will not be the case for very long."
That would really interest me! Most of the solar irradience is in the infrared, so I don't see how that figure is possible using silicon voltaic cells anyway. Perhaps i'm wrong, or perhaps there is a Madison Avenue trick in the figure cited.
In comparison, only about 30% or less of the thermal energy from coal is available as usable electricity by the time it reaches your home. (70% or more loss!)