Paper Infomation
Research on Disaster Prevention and Mitigation Technologies in Power Systems
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Author: Fuyang Miao
Abstract: Power systems are critical to modern society, providing the backbone for all economic, industrial, and residential activities. However, these systems face significant threats from both natural and man-made disasters, such as earthquakes, floods, hurricanes, cyber-attacks, and equipment failures. The vulnerability of power systems to these disasters can result in prolonged outages, economic losses, safety risks, and social consequences. This paper explores various disaster prevention and mitigation technologies employed in power systems to enhance resilience and ensure reliable electricity supply during and after disasters. It discusses early warning systems for natural hazards, resilient infrastructure designs, and cybersecurity measures to defend against man-made threats. Additionally, it examines fault detection, power system restoration, and disaster-resilient control strategies that aid in quick recovery from disruptions. The integration of smart grids, renewable energy sources, and advanced control technologies is emphasized as crucial for improving disaster preparedness and minimizing recovery time. Through the application of these technologies, power systems can better withstand and recover from the growing risks posed by both natural and human-induced disasters.
Keywords: Power Systems, Disaster Prevention, Mitigation Technologies, Resilience, Early Warning Systems, Cybersecurity, Smart Grids, Fault Detection
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