ABSTRACT
In a carbon-constrained world, solar radiation-based cells are one of the most notable sustainable energy sources that may assist reduce dependency on imported energy while enhancing energy supply security. The methylamine lead halide solar cell is a relatively new addition to solar energy world. The key argument in their favour is that they have the potential to be a more cost-effective and environmentally friendly alternative to traditional silicon-based technologies. This paper evaluates various parameters such as performance, production processes, economic difficulty, current research efforts and technological challenges in future developments. MAPbX3 PSCs seem to be a more ecologically friendly and sustainable alternative than other PV technologies like silicon based, according to the key results and sensitivity analysis, with the shortest energy payback period. The evaluation and analysis offered here provide useful information and help in identifying future PV design pathways and windows of opportunity. Author has also concluded that in next five demand of solar energy as in the year of 2026-2027 will be 3965.7 MW.
Keywords: Solar Cell, Efficiency, Photovoltaic, Perovskite, MAPbX3.
