Perovskite Solar cells have shown much promise in a relatively short time. Power conversion efficiencies have increased from 3.8% to 24.2 % in a span of ten years. Perovskite solar cells have attracted much attention in research because of the relatively low cost in manufacturing and production. Current silicon photovoltaic devices are more expensive than conventional fossil fuel. Modelling perovskite solar cells in a simulated environment is critical for data analytics, real fabrication behavior projection, and quantum mechanics of the semiconductor device. This paper presents a SIMULINK model which accurately models the behavior of a solar cell device. The results are compared to a real model. The close correlation between the simulated model and the fabricated devices, demonstrates that this software can be used to simulate a real photovoltaic semiconductor device for research purposes.
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