Simulation and Implementation of Interconnected Hybrid (Solar and Wind) Power Generation

Abstract

Nowadays, Renewable energy is growing rapidly. In which non-conventional energy like solar, wind is rapidly increase with high-energy efficiency. In this paper, design of solar and wind power and its implementation is being performed. The main objective of this paper is to design two renewable sources of energy (solar or wind energy) which are connected to each other to generate reliable electricity. For achieving the objective of the study, ETAP software is used. Various parameters like variable irradiance, speed, voltage and Photovoltaic (PV) system, desigen, modeling, and analysis of grid pv system are poerformed in this paper. During the time of testing the result are showed that the maximum value of wind speed is 3.8m/s in evening hours, the output volatge is 4.72V and Output power is 92.35W. In solar pannel the power generation result shows higher in morning (112.93 W) and afternoon (154.17), but it is less in evening session (36.54W). As the result Hybrid system is used for where there is less power is generate at different session for system satisfactory.

DOI: https://doi.org/10.24321/2456.9925.202506