Performance analysis of hybrid renewable energy integreted systems

Abstract

quotRenewable energy sources have become a promising substitute for traditional electrical newlineenergy generation, especially in areas where conventional methods are not feasible. newlineThe rapid growth of photovoltaic and wind power generation over the past few years newlinehas paved the way for innovative hybrid energy solutions. This study presents a newlinehybrid energy system integrating solar panels and wind turbines, offering a sustainable newlineand environmentally friendly alternative to traditional power generation methods. A newlinenovel control technique is developed to optimize energy extraction from the PV and newlinewind systems, ensuring efficient performance under dynamic environmental conditions. newlineComprehensive simulation results validate the feasibility of the hybrid system, and a newlineMatlab/Simulink model is developed to simulate its behavior. newlineThis investigation aims to achieve five primary objectives that collectively newlinecontribute to the development of an efficient and reliable hybrid renewable energy newlinesystem. Firstly, the study focuses on modeling a hybrid renewable system to understand newlineits dynamics and behavior. Secondly, it seeks to improve the power quality of the hybrid newlinesystem, ensuring a stable and consistent energy supply. Thirdly, the investigation aims newlineto enhance the grid stability of the hybrid system, facilitating seamless integration with newlineexisting power grids. Fourthly, the study endeavors to determine the optimal sizing of newlinethe hybrid renewable energy system, striking a balance between energy demand and newlinesupply. Lastly, the investigation seeks to improve the reliability of the hybrid system, newlineminimizing downtime and ensuring a consistent energy supply. newlineThe primary objective of this study is to design a comprehensive model of a newlineHybrid Renewable System (HRS) that integrates solar and wind power. This model newlineaddresses the challenges associated with power quality, maximum power extraction, newlineand contingency planning, including the incorporation of conversion technologies and integration strategies. newlinequot newline