Monitoring method of fully automated system of power dispatching center

Abstract

The invention discloses a monitoring method of a fully automated system of a power dispatching center. The method is characterized in that according to the monitoring method, firstly, data collectionservers of a zone I and a zone II are connected with a data collection server of a zone III through an isolation device, and a comprehensive monitoring server is directly connected with a comprehensive monitoring WEB server on a monitoring sub-network to facilitate system expansion and compatibility; one data collection server is respectively placed in each of the zone I, the zone II and the zoneIII for respective application system information collection of the current regions, and the comprehensive monitoring server is arranged in the zone III to be used as a data storage, information processing and system management server; and an application server of the security zone III is responsible for analyzing and processing data from a unified information library and data pushed by the collection server of the security III zone through a message bus, and then uniformly presenting the same on a Web client. The method realizes centralized monitoring of automated equipment, service applications and important data of the different security zones.

Description

technical field [0001] The invention relates to the field of electric power monitoring, in particular to a monitoring method for the entire automation system of a power dispatching center. Background technique [0002] With the rapid development of smart grid construction, the power dispatch automation system has become the core technical support for power grid dispatch operation and centralized monitoring of intelligent unattended substations. In the context of the rapid development of intelligent dispatching systems, the power dispatching automation system is becoming more and more complex. It has developed from the auxiliary telecontrol technology in the power system to a systemic and professional technology that plays an important role in ensuring the safe and stable operation of the power system. play an important role. [0003] Due to the increasingly complex topology of the power dispatching automation information network, there are more and more automation systems, ...

AI Technical Summary

Problems solved by technology

On the one hand, the operation and maintenance mode of manual monitoring and inspection is often a passive treatment after the failure occurs, which cannot prevent it beforehand, and is far from the lean management requirements of operation and maintenance such as online real-time monitoring, condition inspection and preventive maintenance; on the other hand On the one hand, there are different manufacturers of automation application systems, and the amount of data and maintenance of the systems is quite large. Although the operation and maintenance methods of each manufacturer are lacking a centralized and unified monitoring platform, real-time online monitoring and dispatching of the business conditions and equipment operation of various automation systems state

Therefore, the current operation and maintenance mode of the automation system can no longer meet the higher requirements put forward by the rapid development of the smart grid for the operation and maintenance of the dispatching technical support system

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