Solar PV system Design, Modelling and Simulation of Distributed Generation System

Abstract

Sun based energy is as of now a standout amongst the most well known renewable energy sources on the planet, not just on the grounds that world needs more energy sources as the interest for energy develops, additionally in light of the fact that world needs to get more energy from renewable energy sources that are naturally satisfactory, and don’t hurt our surroundings. Renewable energy sources play an important role in electricity generation. Energy from the sun is the best choice for power generation as it is accessible all over and is allowed to bridle. In this thesis single solar cell design is made by the PC1D simulator and suitable location can be finding out by the PVsyst software. If we need to find out how much a given parameter affects the performance of a solar cell, it will be a big job to fabricate solar cells for each scenario. So, to do analysis and design of solar PV module with different condition. I have used PC1D (Photo-conductance one Dimensional) simulator software in which I found the effect of variation in solar radiation, ambient temperature on electric parameter of solar cell at different location. For a solar PV system, taking into account a brisk and basic system, specify the coveted power or accessible range, choose the PV module from the inner database, choose the inverter from the interior database and connect to the grid, PVsyst will propose an array/system configuration. The goal of this project is to design a solar PV system will propose an array/system configuration. The goal of this project is to design a solar PV system to find out best efficiency of solar cell and location are also challenging work. Efficient solar cell is to be design and then simulated in PVsyst to prove the best efficiency and location of the solar PV system. Developed solar power plant will act as a distributed generation and islanding detection technique has been carried out.