Study of Modeling of Hybrid Energy System for Optimum Power Extraction from the System to the Grid

Ashish Srivastava,Dr M S Dash

doi:10.24113/ijoscience.v7i2.361

Abstract

With the growing demand of electricity, deployment of micro grid is becoming an attractive option to meet the energy demands. At present, large-scale wind/solar hybrid system is of great potential for development. The large-scale wind/solar hybrid system is of higher reliability compared with wind power generation alone and solar power generation alone However, a grid-connected micro grid suffers from critical stability problems during a power grid failure. For stable operation of the micro grid during a grid failure. In this paper, the transition stability of the micro grid is examined during a power failure

Highlights

Energy incorporates a very important role for the development of a nation and it's to be preserved in a very most effective manner
[3] This paper proposes a new operation and control strategy for a renewable hybrid energy system for autonomous operation
Renewable energy sources called non-conventional type of energy are continuously replenished by natural processes

Summary

Introduction

Energy incorporates a very important role for the development of a nation and it's to be preserved in a very most effective manner. Energy is that the ultimate issue accountable for each industrial and agricultural development. The new technologies that are developed to provide energy within the most environmental friendly manner and conservation of energy resources in most economical means has equal importance. The utilization of renewable energy technology to satisfy the energy demands has been steady increasing for the past few years. Renewable energy sources are considered to be the higher choice to meet these challenges. A serious challenge of grid integration an increasing number of renewableEnergy-based distributed generators is featured whereas making certain stability, voltage regulation, and power quality [1].

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Conclusion