Korean Journal of Life Cycle Assessment
The Korea Society for Life Cycle Assessment
Article

스마트그리드와 ESS 결합 동향

허진호1,, 이홍기2, 임형렬2, 정희영1
Jin Ho Huh1,, Hong Gi Lee2, Hyoung Ryul Lim2, Hee Young Jung1
1(주)엔비누스
2우석대학교
1Envinus Co.Ltd
2Woosuk University
Corresponding author: 허진호, 서울시 서초구 강남대로34길 69, 501호, Tel: 070-4802-2501, Email: sorcerer@envinus.com

ⓒ Copyright 2018 The Korea Society for Life Cycle Assessment. This is an Open-Access article distributed under the terms of the Creative Commons Attribution Non-Commercial License (http://creativecommons.org/licenses/by-nc/4.0/) which permits unrestricted non-commercial use, distribution, and reproduction in any medium, provided the original work is properly cited.

Published Online: Oct 02, 2018

Abatract

ESS, an energy storage system and electric power are preserved and used when necessary, thereby improving electric power use efficiency and supplying high quality electric power. In other words, although the electricity produced at the power station is stored in a large secondary battery, it is a system that transmits energy as needed to increase energy efficiency. The smart grid is a fusion combined technology that combines the meanings of intelligent (Smart) and electric grid (Grid), ICT technology is integrated into the conventional electric power grid, and small is managing individual energy consumption to reduce unnecessary energy , Next generation power grid that facilitates national energy management through demand management of power. With the recent climate change, in the situation that the demand for high efficiency energy is rapidly increasing, analyze the trend of technology and policies of the next generation ESS and smart grid which can maximize energy efficiency, and on future prospects Analysis results were presented.

Keywords: 스마트그리드; ESS (Energy storage system); 전력망; ICT 기술; 신재생에너지