Novel SPICE Model for bifacial solar cell to increase the renewable power generation

The Novel SPICE Model for bifacial solar cell to increase the renewable power generation is presented in this paper. The performance of the model for bifacial illumination new bifacial parameters are measured using a spice model using one-diode model of the PV module. The conventional system is very costly, time consuming and bulky, so a simulation system is needed to do more research for optimal results. In this research studies a simulation of spice model is presented through which a behaviour of bifacial solar cell is predicted. The outcomes displayed close to straight varieties of boundaries of interest with apparently decreased reaction time. This methodology depends on the SPICE model. The efficiency of the bifacial solar cell module is found to be 9% more than the conventional model consuming a very low power in the order of 9 μW. The advancement of SPICE model for bifacial solar cell is novel which is quick in activity and easier to understand. The simulation has been done on Tanner Tool simulator version 16.3 for a 70 nm process model.