The graph shows that the efficiency, fill factor, and short circuit current decrease while open circuit voltage is slight. We have chosen the series resistance as 1Ω where the cell can exhibit a Voc of 0.8489V, Jsc of 35.601mA/cm2, FF of 81.75, and PCE of 24.71%. The temperature of the surrounding is important for solar cells to work efficiently. High temperatures can induce some negative impacts on the performance of solar cells. High temperatures reduce carrier mobility and increase recombination. In this part of the study, the cell is simulated between 200K to 400K. Here the cell performance is increasing initially due to temperature rise. However, the cell reaches saturation at 325K, after this temperature the cell performance is degrading again. Figure indicates that open circuit voltage is decreasing to temperature rise whereas fill factor and short circuit current is increasing.