Effect of Doping and Thickness of Si on Superlative Photovoltaic Cell using PC1D

Computer simulation based research is a booming field in solar cell research which helps to develop new high efficient solar cells. From last few decades Photovoltaic cells are widely used solar power to convert solar energy to electrical energy. This converted energy is predicted by means of photovoltaic effects by absorbing photons. Electron and photon pairs are generated from neighbor photons and electrical field is created within area of stack of gap of a P-N junction. So, parameters responsible for efficiency are its characteristics, its components, its dimensions for photovoltaic cell. For reviewing this phenomenon we used well-known software PC1D simulator, and we are able to draw a consultable and ideal parameters that efficient photovoltaic cell should have. Citation: Dr. N. H. Vasoya, Revar Dharmendra, Dr. K. B. Modi. "Effect of Doping and Thickness of Si on Superlative Photovoltaic Cell using PC1D." Global Research and Development Journal For Engineering 5.9 (2020): 1 - 6.