An in-Depth Analysis of Energy Storage Technology and Its Integration with Renewable Energy, Focusing on the Enablement of Smart Grids

EasyChair Preprint no. 11536

Abstract

With regard to the inclusion and development of renewable energy sources, the existing electrical grid has undergone a remarkable progression, which has been observed (RES). When it comes to minimizing the intermittent nature of this sort of power generation, the implementation of energy storage technology is very necessary. This energy may then be fed back into grid or delivered to consumers. A wide range of energy storage methods have been investigated by academics and industry experts, who have also included a great deal of renewable energy sources into these systems. As a response to the significant advancements that have been made in this field, this article provides a comprehensive analysis of a number of different methods for the storage of energy. These methods include chemical, magnetic, thermochemical,  hydrogen, and compressed air energy storage. They are subjected to in-depth analysis, classification, and evaluation to shed light on the particular qualities, limitations, and benefits that they possess. Specific frameworks are provided for various energy storage systems in the study, based on the applications that are intended for those systems. This item represents an essential point of reference that is essential to their success. It is essential for researchers to develop innovative RES, as recommended by the prospective direction, in order to successfully address the issues that are present in power system networks. The purpose of these advancements is to guarantee dependability, improve power quality, and achieve the goal of satisfying the ever-increasing energy requirements of the future.

Keyphrases: energy storage, Smart Grid, Technologies

@Booklet{EasyChair:11536,
  author = {Haneen Flaih and Bashar Hamza and Mohanad Aljanabi},
  title = {An in-Depth Analysis of Energy Storage Technology and Its Integration with Renewable Energy, Focusing on the Enablement of Smart Grids},
  howpublished = {EasyChair Preprint no. 11536},

  year = {EasyChair, 2023}}