Application of Optimization Technology for Overhaul Decision of Substation Equipment Based on Machine Learning

Abstract

With the continuous improvement of living standards and the continuous increase of electricity load, the number of power transmission and transformation equipment also increases rapidly. The original maintenance mode is not enough to guarantee the safe operation of the huge power grid. This paper mainly studies the research and application of machine learning based maintenance decision optimization technology for substation equipment. Starting from the technical principles of online monitoring and condition maintenance of substation equipment, this paper has realized an intelligent monitoring and maintenance early warning system combined with deep learning model. The main functions of this system include monitoring device management, operation monitoring and comprehensive display, etc., which can effectively carry out online monitoring and state early warning of substation equipment. It greatly improves the intelligent degree of operation and management of substation equipment, saves the cost of traditional manual monitoring, and effectively prevents the economic loss caused by substation equipment failure, which has far-reaching significance for promoting the construction of smart power grid.

Application of Deep Learning Algorithm in Optimization of Engineering Intelligent Management Control

“…Liu, Z, based on the technical principles of online monitoring and status maintenance of substation equipment, combined with deep learning models, implemented an intelligent monitoring and maintenance early warning system. The main functions of this system include monitoring equipment management, operation monitoring, and comprehensive display, which can effectively carry out online monitoring and status warning for substation equipment [11]. Whale Optimization Algorithm (WOA) is a relatively novel algorithm in the field of meta heuristic algorithms.…”

Current State of Tension Machines and Advantages of Electric Tension Machines

“…However, the current state of intelligentization in existing tension machine products still falls short of meeting the increasing demands for construction efficiency, quality, and safety management. Therefore, construction stakeholders urgently require tension machines with improved performance indicators, safety features, and reliability [4][5][6].…”