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- W2912706701 abstract "Abstract Optical solutions are promising for Perovskite solar cell (PSC) technology, not only to increase efficiency, but also to allow thinner absorber layers (higher flexibility) and improve stability. This work optimized the combined anti-reflection and scattering properties of two types of light trapping (LT) structures, based on TiO2 semi-spheroidal geometries with honeycomb periodicity, for application in PSCs with substrate configuration and different perovskite layer thicknesses. Their optically lossless material (TiO2) allows the structures to be patterned in the final processing steps, integrated in the cells’ top n contact, therefore not increasing the surface area of the PV layers and not degrading the electric performance via recombination. Therefore, this strategy circumvents the typical compromise of state-of-the-art LT approaches between optical improvements and electrical deterioration, which is particularly relevant for PSCs since their main recombination is caused by surface defects. When patterned on the cells’ front, the wave-optical micro-features composing the LT structures yield up to 21% and 27% photocurrent enhancement in PSCs with conventional (500 nm thick) and ultra-thin (250 nm) perovskite layers, respectively; which are improvements close to those predicted by theoretical Lambertian limits. In addition, such features are shown to provide an important encapsulation role, preventing the cells’ degradation from UV penetration." @default.
- W2912706701 created "2019-02-21" @default.
- W2912706701 creator A5001302190 @default.
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- W2912706701 date "2019-05-01" @default.
- W2912706701 modified "2023-10-17" @default.
- W2912706701 title "Photonic-structured TiO2 for high-efficiency, flexible and stable Perovskite solar cells" @default.
- W2912706701 cites W1537565025 @default.
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- W2912706701 cites W1759486765 @default.
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- W2912706701 cites W1985584032 @default.
- W2912706701 cites W1991273370 @default.
- W2912706701 cites W1999717631 @default.
- W2912706701 cites W2006619554 @default.
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- W2912706701 cites W2032663628 @default.
- W2912706701 cites W2037363251 @default.
- W2912706701 cites W2044538693 @default.
- W2912706701 cites W2057327293 @default.
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- W2912706701 doi "https://doi.org/10.1016/j.nanoen.2019.02.023" @default.
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