Rapid power restoration technology for distribution network faults based on minimum network loss

This paper addresses the critical challenge of rapid power restoration in distribution networks by presenting a Multi-Agent System (MAS) designed to minimize network losses. The study begins with a comprehensive background on the increasing complexity of modern power distribution systems and the associated need for advanced fault management technologies. The proposed MAS integrates fault detection, isolation, and load management through a decentralized network of agents that collaborate in real-time. The system leverages smart switchgear for rapid fault isolation and utilizes distributed control mechanisms for efficient rerouting of power. Additionally, continuous network topology optimization is employed to reduce losses. Simulation results demonstrate the MAS's effectiveness in significantly improving restoration speed and enhancing overall network efficiency, making it a promising solution for smart grid applications.