Zhang Su, Liu Xiaolu, Wang Jingui
College of Environment and Safety Engineering, Fuzhou University, Fuzhou, 350116, China.
Heliyon. 2024 Feb 18;10(4):e26501. doi: 10.1016/j.heliyon.2024.e26501. eCollection 2024 Feb 29.
A crucial industry for improving society's sustainable development is the power sector. To address issues with the ineffectiveness of electric power emergency response during emergencies and the unclear division of duty among emergency subjects. A prefecture-level city power supply company to respond to the "In-Fa" typhoon, for example, to build a "1 + N" two-level emergency rapid response unit. Furthermore, it is proposed from the emergency response, emergency coordination, emergency material reserves, etc., to build a "full-chain" type of power emergency quick reaction system. Case studies have revealed that the quick response system's emergency combat capability, catastrophe preventive and mitigation capability, and emergency security capability have all improved. The construction of a "full-chain" type of power emergency rapid response system specialized and standardized the power emergency response system and provided a reference basis for the power industry's emergency response.
电力部门是推动社会可持续发展的关键行业。为解决突发事件中电力应急响应效率低下以及应急主体职责划分不明确的问题。例如，某地级市供电公司为应对“烟花”台风，构建了“1+N”两级应急快速响应单元。此外，从应急响应、应急协调、应急物资储备等方面提出构建“全链条”式电力应急快速反应体系。案例研究表明，该快速反应体系的应急作战能力、灾害预防和减灾能力以及应急安全能力均有所提升。“全链条”式电力应急快速响应体系的建设使电力应急响应体系专业化、标准化，为电力行业应急响应提供了参考依据。
