| Transformer substation is the core function of the power grid,which is responsible for the power supply task in the region.With the rapid growth of electricity load in Wulanchabu area,the scale of regional power network is increasing,and the system has been set up,such as video surveillance system,environmental monitoring system,security system,fire alarm system,access control system and so on.In the case of the unattended substation,the fire caused by the electric equipment of the substation is also common.Thus,traditional monitoring system can not meet the requirements of the power grid.The substation intelligent monitoring system integrated terminal system will give a new mode of operation in the field of video surveillance.The substation intelligent monitoring system uses advanced technology,intelligent analysis technology,which is integrated,high-definition and intelligent.The system will effectively solve the existing issues of substation monitoring system in Wulanchabu Electric Power Bureau.By collecting the field survey data of substation monitoring system in Wulanchabu Electric Power Bureau and reading relative references,this research builds the development scheme of the intelligent monitoring system of Substation Electric Power Bureau.This research firstly discusses the principle and research content of intelligent monitoring technology and intelligent video analysis technology.On the basis of the existing monitoring system,this research proposes an intelligent monitoring system based on moving target detection and moving object classification.Then,in view of the current situation and problems of the system,this research comprehensively analyzes the system,defines and divides the function modules of the system and analyzes the common problems in the implementation of the system.This research provides a feasible scheme to solve the problem of monitoring system for substation monitoring system in Wulanchabu Electric Power Bureau.The system make up the lack of existing monitoring system,which has great significance for the system construction. |