Operation Control Strategy of Transmission Intelligent Terminal based on Analytic Hierarchy Process
With the gradual promotion of the construction of electric Internet of Things,the types of intelligent terminals deployed on transmission lines are gradually increasing,and the operation relia-bility requirements of intelligent terminals are increasing.In order to solve the problems of multiple operation faults and poor reliability of intelligent transmission terminal,an operation control strategy of intelligent transmission terminal based on hierarchical analysis is proposed.This method builds a two-layer model through hierarchical analysis.The lower layer model solves the control requirement of the terminal timing task,and the upper layer model combines the micro-meteorological factors to optimize the terminal control,so as to improve the operational reliability of the terminal.The pro-posed method is verified in the simulation platform,and the terminal failure rate is 3.1%,which is lower than that of the cloud model method.Firstly,the method adopts hierarchical analysis to ana-lyze the indicators affecting the reliability and failure of intelligent transmission terminals.Secondly,the entropy weight method is used to adjust the weight of the indicators,and the operation status of the transmission intelligent terminal is evaluated.Finally,combined with weather and other factors,intelligent power transmission terminals were established to carry out operation control strategy,to a-chieve optimal control of intelligent power transmission terminals,and the operation failure rate of intelligent power transmission terminals was reduced by 44.3%.The method proposed in this paper can effectively improve the operational control level of status assessment of intelligent terminal in running transmission and reduce the failure rate.
国家科技期刊平台
NSTL
万方数据
维普
