Province-city secondary system integrated comprehensive monitoring and process management system in power dispatching and implementation method for system

Abstract

The invention discloses a province-city secondary system integrated comprehensive monitoring and process management system in power dispatching and an implementation method for the system. The system is designed on the basis of SOA (service-oriented architecture), a bottom layer is programmed by adopting standard C, a front end is constructed by applying a J2EE (java 2 enterprise edition) technology, and the system is a cluster-type integrated architecture system which is arranged on a plurality of servers; the system is characterized by comprising a real-time monitoring module and a management function module, wherein the real-time monitoring module is used for IT (information technology) monitoring, machine room environment monitoring and service data validating (RTU (remote terminal unit) and OCS (office communication server) monitoring); the management function module comprises IT asset management, operation and maintenance management and professional reports. The system and the implementation method have the beneficial effects that a comprehensive platform is realized, and the automatic monitoring situations can be displayed comprehensively; province-city two-level automatic system data sharing is realized, and valuable data information can be provided for operators on duty automatically; the problem that a closed-loop process is not formed in the conventional automatic internal management is solved.

Description

technical field [0001] The invention relates to the technical field of automatic operation and maintenance monitoring of electric power engineering. It is a paperless, informatized, standardized, and process-based closed-loop management system that realizes the integrated automatic operation, maintenance, monitoring and management of dispatching, saving land. Background technique [0002] With the continuous expansion of the scale of the information system, the dependence of the business on the IT system is increasing. At the same time, the IT system is becoming more and more complex, and the requirements for system maintenance are getting higher and higher. The work pressure of the operation and maintenance department and related leaders and decision-making departments is increasing. Big, and at the same time facing more challenges. [0003] Combining the two system functions of ITSM operation and maintenance management and control platform system and automatic duty monito...

AI Technical Summary

Problems solved by technology

However, the existing system lacks a comprehensive platform, and it is difficult to fully display the automatic monitoring situation;

[0008] 2. The data of the two-level automation system at the provincial and local levels cannot be shared. The existing dispatching institutions of China Southern Power Grid are set up at the three levels of network, province and locality. The traditional automatic operation and maintenance monitoring system is deployed and constructed by each institution separately. Poor sharing, low data mining and utilization rate, making it difficult to provide valuable data information for automated duty personnel;

[0009] 3. The internal management of automation has not formed a closed-loop process, and the implementation strength and methods of existing automation procedures are also different. The automation organizations at the provincial and local levels lack standardized and unified process control, and the automation management process needs to be optimized urgently.

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