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hydrogen conversion efficiency.
b Applied bias hydrogen conversion efficiency calculated from LSV plots.
The thermoneutral solar to hydrogen conversion efficiency of a prototype system with an area of 96cm2 was measured outdoor to be 18%.
In addition, sunlight to hydrogen conversion efficiency of 18% is recorded for CPV, which is two times higher than alone electricity production efficiency of flat plate PV.
However, solar to hydrogen conversion efficiency is quite low, due to some intrinsic limitations such as bandgap, diffusion distance, carrier lifetime and photostability of semiconductors.
The experimental results showed that both carbon and hydrogen conversion efficiency increased with temperature, and the increasing trend became not obvious after reaction for 5 min.
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The result is a solar-to-hydrogen conversion efficiency of only about 0.4%[47]].
We further studied the preferential light-material interaction and charge separation to maximize the photo-to-hydrogen conversion efficiency.
The overall integrated system solar-to-hydrogen conversion efficiency is found to be about 12.7% while charging the TES, and 39.5% while discharging (TES-to-hydrogen).
However, upon (Sc, Te) codoping system, the CBM mainly stems from 3d orbital of Sc, which is extremely detrimental for improving solar-to-hydrogen conversion efficiency.
It is shown that the maximum power density increases and the fill factor (FF) and solar-to-hydrogen conversion efficiency (STH) decrease with increasing the light intensity.
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