A review on need of integrated distributed energy sources with seamless mode transition in perspective of controlling, protection, equilibrium and island operation of microgrids

Abstract

Amalgamation or interconnection of distributed energy resources is evolving as an emerging power scenario for electric power generation, transmission and distribution infrastructure globally based on the significant issues, such as scarcity of fossil fuel in future, widespread disposition of advanced Distributed Energy Resources (DERs) technologies, deregulation of electric utility industries and public awareness on environmental impact of traditional electric power generation. These issues are changing the power generation concept worldwide and opening up new challenges in the generation and dispersal markets. Small non-conventional generation combined with Distributed Generation (DG) with an integrated power conditioning system (PCS) is rapidly becoming more attractive because it produces electrical power with less environmental impacts, easy to install, and highly efficient with increased reliability. It is important to have review and study observation of different system defined during the integration of these energy source for uninterrupted mode transition of microgrids.

How to cite this article:
Gullapelli M, Hadpe S. A Review on Need of
Integrated Distributed Energy Sources with
Seamless Mode Transition In Perspective of
Controlling, Protection, Equilibrium and Island
Operation of Microgrids.
J Adv Res Electri Engg Tech 2020; 3(1): 1-6.