| Title |
Analysis of Accident Cases and Development of Safety Standards for LiB-based Energy Storage Technology |
| Authors |
김지연(Ji-Yeon Kim) ; 최상재(Sang-Jae Choi) ; 김재현(Jae-Hyun Kim) ; 이건호(Geon-Ho Lee) ; 정진수(Jin-Soo Jung) ; 송길목(Kil-Mok Shong) |
| DOI |
https://doi.org/10.5370/KIEE.2023.72.12.1760 |
| Keywords |
Lithium ion battery; energy storage; accident cases; safety standards |
| Abstract |
The energy market is changing from the existing fossil fuel-based power production system to clean energy. Energy storage technology is needed to solve the difficulties in predicting power generation output according to regional and climate characteristics and the shortcomings in maintaining power quality. In this paper, safety standards were developed through case analysis, including fire accident-centered trend changes and risk analysis of LiB-based energy storage technology. The high charging rate and fire risk caused by the internal short circuit of the battery were calculated as the factor for estimating fire accidents, and safety standards were proposed accordingly. |