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Reflectance spectra were measured in situ in the solar range (250 2500 nm) and the corresponding solar absorptance values were calculated.
In developing bulk solar reflectors with good reflectance in the entire solar range, we report a new class of reflector materials based on Cu Sn intermetallics with tailored substitution of aluminium or zinc.
The best performance is found using the properties of the ITO film grown at 250 °C, with a state of the art resistivity of 0.2 mΩ cm and an optimized thickness of 75 nm which leads to 0.79 average absorptivity in the solar range (300 2000 nm) and 0.21 average emissivity in the thermal range (5 20 μm).
The spectra over the whole solar range for both polarizations are shown in Figure S2.
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According to industry estimates, solar ranges from 12c/kWh to 18c/kWh, depending on solar resources of the area, Those costs are forecast to come down even further, to around 10c/kWh and lower.
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The proposed comparisons are established according to the given total solar irradiance range.
We observed that the maximum power point propagates nearly 17 Volts for this solar power range.
Stabilized TS80 lifetimes of the SM BHJ solar cells range from 3450 h to 5600 h.
The maximum yield recorded was 3.94 per l/m2 day, at the solar radiation range of 859 W/m2–130 W/m2.
Solar-thermphotovoltaic (solar-TPV) system offers a solution to use extended solar wavelength range up to infrared.
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