Microgrid power generation operation refers to the use of existing 10 kV distribution lines and equipment to provide power, forming a temporary small independent power grid system to provide power to users within a specified range. As an important national infrastructure, the safety of the power system directly affects the development of the national economy and national security. In recent years, the frequent occurrence of extreme natural disasters such as earthquakes, floods, and typhoons has imposed higher requirements on the resilience of electric power systems. As an essential measure, microgrid power generation operations play a significant role in integrating distributed energy resources, applying energy storage systems, and employing intelligent monitoring technologies. It can achieve long-distance and short-term power transmission to disaster stricken areas, thereby achieving rapid response and recovery of resilient power systems in response to extreme events.

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Application of Microgrid Power Generation Operations in Resilient Power Systems Under Extreme Events

  • Zengshun Chen,
  • Pifan Qiao,
  • Shengwei Bi,
  • Zihao Wang,
  • Xiaomeng Chen,
  • Liyong Wang,
  • Huazhong Sun,
  • Suwen Xie

摘要

Microgrid power generation operation refers to the use of existing 10 kV distribution lines and equipment to provide power, forming a temporary small independent power grid system to provide power to users within a specified range. As an important national infrastructure, the safety of the power system directly affects the development of the national economy and national security. In recent years, the frequent occurrence of extreme natural disasters such as earthquakes, floods, and typhoons has imposed higher requirements on the resilience of electric power systems. As an essential measure, microgrid power generation operations play a significant role in integrating distributed energy resources, applying energy storage systems, and employing intelligent monitoring technologies. It can achieve long-distance and short-term power transmission to disaster stricken areas, thereby achieving rapid response and recovery of resilient power systems in response to extreme events.