Matches in SemOpenAlex for { <https://semopenalex.org/work/W4384694957> ?p ?o ?g. }
- W4384694957 endingPage "1258" @default.
- W4384694957 startingPage "1258" @default.
- W4384694957 abstract "A hybrid tin-based (GA0.2FA0.78SnI3-1% EDAI2) perovskite solar cell (PSC) with a p-i-n inverted structure has been reported to pass all the rigorous standard tests successfully and achieve a certified power conversion efficiency (PCE) of 8.3%. Our previous numerical study showed that this PCE could be considerably increased to 24.1% by engineering and controlling the interfaces of the cell. The aim of the current study is to compare the performance of a conventional n-i-p structure with its inverted p-i-n analog quantitatively, and demonstrate that, by improving the conventional structure, it can achieve a PCE score approximately equal to the inverted p-i-n structure. To that end, the absorber layer was chosen to be GA0.2FA0.78SnI3-1% EDAI2, while four ETL (electron transport layer) materials (TiO2, WS2, SnO2, and ZnOS), and four HTL (hole transport layer) materials (PEDOT:PSS, Cu2O, CuSCN, and CuI) were considered. Most used ETL/HTL combinations have been rigorously investigated with the aim of finding the ultimate configuration, providing the highest photovoltaic properties. Additionally, the effect of the layers’ thicknesses and their doping concentrations were inspected, and their impact on the photovoltaic properties of the PSC was investigated. The optimized structure with CuI (copper iodide) as the HTL and ZnOS (zinc oxysulphide) as the ETL scored a PCE of 24.1%, which is comparable to the value found with the inverted structure (26%). The current numerical simulation on GA0.2FA0.78SnI3-1% EDAI2 could be considered as a milestone in its chances for commercial development." @default.
- W4384694957 created "2023-07-20" @default.
- W4384694957 creator A5026368653 @default.
- W4384694957 creator A5037203965 @default.
- W4384694957 creator A5050600334 @default.
- W4384694957 date "2023-07-17" @default.
- W4384694957 modified "2023-09-26" @default.
- W4384694957 title "Comparative Simulation Study of the Performance of Conventional and Inverted Hybrid Tin-Based Perovskite Solar Cells" @default.
- W4384694957 cites W1629273100 @default.
- W4384694957 cites W1887143528 @default.
- W4384694957 cites W1941396097 @default.
- W4384694957 cites W1976179014 @default.
- W4384694957 cites W1998343415 @default.
- W4384694957 cites W2006736200 @default.
- W4384694957 cites W2013495179 @default.
- W4384694957 cites W2022578396 @default.
- W4384694957 cites W2054093806 @default.
- W4384694957 cites W2057327293 @default.
- W4384694957 cites W2075511306 @default.
- W4384694957 cites W2091429870 @default.
- W4384694957 cites W2167122186 @default.
- W4384694957 cites W2169328609 @default.
- W4384694957 cites W2171118682 @default.
- W4384694957 cites W2174165042 @default.
- W4384694957 cites W2179344300 @default.
- W4384694957 cites W2232208415 @default.
- W4384694957 cites W2234530713 @default.
- W4384694957 cites W2277560939 @default.
- W4384694957 cites W2296106661 @default.
- W4384694957 cites W2307803660 @default.
- W4384694957 cites W2321206690 @default.
- W4384694957 cites W2323066956 @default.
- W4384694957 cites W2328119761 @default.
- W4384694957 cites W2395956896 @default.
- W4384694957 cites W2403193059 @default.
- W4384694957 cites W2413261859 @default.
- W4384694957 cites W2479660871 @default.
- W4384694957 cites W2522537150 @default.
- W4384694957 cites W2583396742 @default.
- W4384694957 cites W2588230458 @default.
- W4384694957 cites W2602616869 @default.
- W4384694957 cites W2609670982 @default.
- W4384694957 cites W2612591418 @default.
- W4384694957 cites W2617606264 @default.
- W4384694957 cites W2729523528 @default.
- W4384694957 cites W2738574029 @default.
- W4384694957 cites W2750906229 @default.
- W4384694957 cites W2760532875 @default.
- W4384694957 cites W2760629443 @default.
- W4384694957 cites W2774673114 @default.
- W4384694957 cites W2792810874 @default.
- W4384694957 cites W2797046393 @default.
- W4384694957 cites W2801708527 @default.
- W4384694957 cites W2897191727 @default.
- W4384694957 cites W2900255932 @default.
- W4384694957 cites W2902158949 @default.
- W4384694957 cites W2904288805 @default.
- W4384694957 cites W2908752164 @default.
- W4384694957 cites W2910961080 @default.
- W4384694957 cites W2924023827 @default.
- W4384694957 cites W2962425206 @default.
- W4384694957 cites W2962968069 @default.
- W4384694957 cites W2995436632 @default.
- W4384694957 cites W2995934543 @default.
- W4384694957 cites W3005886256 @default.
- W4384694957 cites W3008746667 @default.
- W4384694957 cites W3041975454 @default.
- W4384694957 cites W3057179012 @default.
- W4384694957 cites W3101695303 @default.
- W4384694957 cites W3122475432 @default.
- W4384694957 cites W3128517286 @default.
- W4384694957 cites W3132126250 @default.
- W4384694957 cites W3147596910 @default.
- W4384694957 cites W3155716325 @default.
- W4384694957 cites W3162639142 @default.
- W4384694957 cites W4200078969 @default.
- W4384694957 cites W4205501544 @default.
- W4384694957 cites W4210867294 @default.
- W4384694957 cites W4224853196 @default.
- W4384694957 cites W4225166178 @default.
- W4384694957 cites W4284881534 @default.
- W4384694957 cites W4308351894 @default.
- W4384694957 doi "https://doi.org/10.3390/coatings13071258" @default.
- W4384694957 hasPublicationYear "2023" @default.
- W4384694957 type Work @default.
- W4384694957 citedByCount "0" @default.
- W4384694957 crossrefType "journal-article" @default.
- W4384694957 hasAuthorship W4384694957A5026368653 @default.
- W4384694957 hasAuthorship W4384694957A5037203965 @default.
- W4384694957 hasAuthorship W4384694957A5050600334 @default.
- W4384694957 hasBestOaLocation W43846949571 @default.
- W4384694957 hasConcept C119599485 @default.
- W4384694957 hasConcept C127413603 @default.
- W4384694957 hasConcept C155011858 @default.
- W4384694957 hasConcept C170029824 @default.
- W4384694957 hasConcept C171250308 @default.
- W4384694957 hasConcept C185592680 @default.
- W4384694957 hasConcept C191897082 @default.