Using low cost materials for highly efficient eco-friendly FASnI3 based
solar cell with Cu2O as HTM and TiO2 as ETM with different metal
Perovskite materials are considered the mainstay of PV manufacturing
asoutstandingto notable optoelectronic properties. In this work the act
of Pb-free FASnI3 based PSC, TiO2 as ETL, and Cu2O as HTL and Ag,Au,
Pt,are the different metal contact is simulated using SCAPS software.
Here we focused on the impactparameters of device such as the thickness
of the Ab-Layer, doping level ofperovskite layer and different working
temperature. Additionally, we investigated the effect of different metal
contact and their work function. The simulated results show that a
perovskite layer thickness of 350nm for good perovskite solar cell. For
optimizing parameters, efficiency 18.10%, FF 78.14, Jsc 29.61, and Voc
0.7821 have been achieved for Cu2O and TiO2 respectively. The thermal
study shows that device configurations for this present work at 300k it
is stable for this entire work.