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Ferroelectric-semiconductor coupling solar cell is a novel concept of photovoltaic device, with nano piezoelectric particles embedded in light-absorbing semiconductors. In this work, we successfully realized such devices with S-rich CdSTe nano particles of hexagonal phase with wurtzite structure embedded in Te-rich CdSTe film of cubic phase with zinc blend structure through a high temperature phase...
In this paper, we are reporting a radio-frequency (rf) sputtered CdTe solar cell on soda lime glass (SLG) with 14.4% efficiency. {111} Σ3 twin boundaries (TBs) are found in this solar cell and are directly found to be electrically beneficial to the device performance, as confirmed by conductive atomic force microscopy. TBs are observed to be preferred paths for carrier transport. As indicated by scanning...
Analytic hierarchy process (AHP) was performed on decision-making of PV modules for very large scale photovoltaic systems using sc-Si, mc-Si, a-Si, CdTe and CIS from both economic and environmental viewpoints. The amount of module, land requirement, transportation, array support and foundation varies depending on the type of PV module because of the differences of price and efficiency. In order to...
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