The Design And Implementation Of Real-time Monitoring System For Substation Equipment Status

In recent years,our country’s power industry has developed vigorously,and the power system is a fundamental guarantee for the country and the people.In the entire power system,substation equipment is a very critical part,and the quality of work and life of power users is closely related to the reliability of the operation of substation equipment.However,the intelligent level of substation equipment status monitoring is seriously inadequate,and many areas still remain at the level of manual inspection and maintenance.Due to the dangerous operation of substation equipment,manual monitoring and maintenance of substation equipment will cause discoveries.If it is not timely,it is difficult to ensure the stable operation of the power system.Aiming at the above-mentioned problems of manual monitoring of substation equipment,this article conducts in-depth research on the real-time monitoring system of substation equipment status,and analyzes the actual conditions and requirements of substation equipment monitoring.According to the principles of system development,relying on the mature PMS system architecture system,adopting B/S software structure,using JAVA programming language and SQL database technology,designed and developed a real-time monitoring system for the status of substation equipment integrated with software and hardware.The real-time monitoring system for substation equipment status designed and developed in this paper can predict and warn the health status of substation equipment through real-time collection and calculation of data from substation equipment monitoring devices,and provides comprehensive queries,statistical charts,and equipment management function.After the completion of the system development,it was put into trial operation on the power grid of a certain city,and the system was operating stably.The monitoring and warning of substation equipment greatly reduced the operation and maintenance expenses of the company’s substation equipment,found and avoided multiple substation equipment failures in time.The failure improves the work efficiency of the operation and maintenance personnel of the substation equipment,and contributes to the stable operation of the power system.