In this work, we have used the “RSOFT’s Diffract MOD and solar Cell Utility” based on the Rigorous Coupled Wave Analysis (RCWA) technique to analyze the behavior of the perovskite-based solar cell. Here, the RSoft CAD (Photonic Device Tools) was utilized to determine the effect of materials in different layers of a perovskite-based solar cell on the power conversion efficiency (PCE) and other useful parameters, such as the density of the current-voltage (J-V) measurements. Therefore, we chose the perovskite as an active layer, PDMS as a window layer and gold (OR) as a reflective layer.
Here, Different ETM and HTM candidates have been suggested. Firstable, HTM was proposed randomly and presented by P3HT and the ETM is presented by TiO2, ZnO, ZnSe and ZnS, and thus, it was found that the best ETM is ZnS because the enhanced PCE increased from 18.30% when we use the ZnSe to 21.19% when the ZnS is chosen. Secondly, the optimum ETM candidate was selected and presented by ZnS, and the two HTM candidates were changed and presented by P3HT and AZO. It was found that the best HTM is the AZO, and the PCE of this perovskite-based solar cell reached the value 21.43%.
Citation
Maroua chahmi ,
,(2022), Optimization study of perovskite-based solar cells using R-soft package,ICAENS 2022,Konya, Turkey
