A Multi-Objective Power Grid Fault Emergency Rescue Method Based on Human-Vehicle Feature Matching

Abstract

With the popularization and extensive use of power grid, people’s lives and many factories generally rely on electricity, and once the power grid is damaged and fails, it will seriously endanger the social order and economic benefits. At present, the research on the rescue dispatch of electric vehicles as an emergency power source mainly focuses on path planning, and does not consider the comprehensive rescue ability of the rescuers dispatched, nor does it involve the matching degree of rescuers and rescue vehicles. In this paper, the rescue urgency is obtained through the analysis and evaluation of the fault point, the characteristics of the rescue vehicles and rescue personnel are analyzed to screen out the appropriate rescue vehicles and personnel, the Euler distance is used to solve the matching coefficient between the rescue vehicle and the rescue personnel, and finally the multi-objective power grid fault emergency rescue function considering the matching of human and vehicle characteristics is established.