Analysis of Coordinated Control of Hybrid Wind-PV System

Now a days a tremendous increase in power generation from renewable sources of energy like the wind, sun, biomass, geothermal energy, hydropower and ocean resources. The use of conventional energy sources has caused greenhouse gas emissions to the environment. Therefore, it is essential to use Renewable resources which produce clean energy. A hybrid energy system combining the several RES is one of the viable solutions to increase the reliability of the system. The proposed paper seeks to address this challenge by integrating solar and wind energy systems, referred to as a hybrid system, to produce electricity, meet the current demand for energy, and at the same time minimize the impact on the environment. In addition, this hybrid system can seamlessly integrate into the public grid and efficiently distribute excess energy. Despite its potential benefits, this approach is still in its infancy in India. Within the paper, individual loads will be covered by both photovoltaic and wind energy systems. The paper includes a maximum output power tracking algorithm, and a simulation will be performed to effectively analyze the results. In addition, the goal of the study is to satisfy consumer load needs by integrating solar photovoltaic (SPV) and wind energy conversion methods. Furthermore, it attempts to provide a supervisory control scenario for a wind power system that controls the flow of reactive and active electricity in the direction of the load. As part of the paper's objectives, a comprehensive analysis of system stability in network connection mode will also be performed.