Study of Performance of Solar Photovoltaic Installations

Renewable energy source are turning out to be most exceptionally well known and they are getting interest in most of the commonly utilization in power sector in recent decades. The energy generated using solar photovoltaic (PV) array system is an interesting example of a pollution free sustainable power source for robust applications with minimum amount of maintenance as compared to other sources. Because of the utilizing such PV solar panels as a suitable and sustainable power resource components of PV system array such as an inverter turn out to be broadly utilized for this reason and keeping in mind the final goal is to improve the desired amount of maximum power from PV solar plants. Recently distinctive strategies are utilized to accomplish the final output power as a result it has turned into an extremely extensive to use diverse technique to accomplish desired value of the maximum power from PV solar plants. The fundamental objective of this thesis is to present an approach such that the the usage of a photovoltaic system solar plants installed at integral university campus and to measure the output performance of this solar plant system in terms analysis of the system life cycle solar radiation data of thes PV solar plants will be used to gauge and observe the yearly energy yield using MATLAB programming. The performance ratio of this PV system is also calculated based on the measured output power and the radiation intensity.