Results 211 to 220 of about 11,393 (262)
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Solar Energy, 1966
Abstract An equation giving the concentration of mirror solar panels is derived, and the optimum panel angle is determined. Experimental concentrations, using mirror solar panels, are compared with the theoretical predictions graphically. The optimum panel angle as well as the concentration at the optimum panel angle are predicted closely by the ...
D.L. Merchant, M.H. Cobble
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Abstract An equation giving the concentration of mirror solar panels is derived, and the optimum panel angle is determined. Experimental concentrations, using mirror solar panels, are compared with the theoretical predictions graphically. The optimum panel angle as well as the concentration at the optimum panel angle are predicted closely by the ...
D.L. Merchant, M.H. Cobble
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Physics World, 2022
Could a new solar cell with a record-breaking efficiency of 30.1% transform the commercial potential of solar panels, asks James Mckenzie.
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Could a new solar cell with a record-breaking efficiency of 30.1% transform the commercial potential of solar panels, asks James Mckenzie.
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Renewable Energy, 1998
Photovoltaic panels generate heat as well as electricity and the amount of heat is significantly more than the electrical energy. A project, funded by New York State Research and Development Authority, Natural Resources Canada and Conserval Engineering investigated the method of combining photovoltaic cells with the transpired solar air heater ...
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Photovoltaic panels generate heat as well as electricity and the amount of heat is significantly more than the electrical energy. A project, funded by New York State Research and Development Authority, Natural Resources Canada and Conserval Engineering investigated the method of combining photovoltaic cells with the transpired solar air heater ...
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2010
In Chapter 2, certain PV materials such as crystalline and amorphous silicon have been described. Other materials apart from silicon can, however, be used. We consider here their nature, properties and potential uses. There are two major families of PV materials: Solid crystalline materials, Solid thin films (on a substrate).
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In Chapter 2, certain PV materials such as crystalline and amorphous silicon have been described. Other materials apart from silicon can, however, be used. We consider here their nature, properties and potential uses. There are two major families of PV materials: Solid crystalline materials, Solid thin films (on a substrate).
openaire +1 more source