Electric power scheduling and monitoring system adopting wide area network (WAN)

Abstract

The invention relates to an electric power scheduling and monitoring system adopting a wide area network (WAN), which is used for monitoring and transmitting data of a power network in real time. The electric power scheduling and monitoring system adopting the WAN comprises a scheduling and monitoring server with running application programs and a plurality of scheduling and monitoring terminals, wherein a plurality of independent network interfaces are additionally mounted on the scheduling and monitoring server, and are connected to a directly connected dedicated internetwork formed by the connection of the WAN; and the scheduling and monitoring terminals are connected with the directly connected dedicated internetwork. According to the electric power scheduling and monitoring system, the Wan is adopted to be connected with the scheduling and monitoring server and the scheduling and monitoring terminals, so secure deployment problem of the scheduling and monitoring system in ordinary office environments and important production management places can be solved, the electric power scheduling and monitoring system can run steadily during information interaction, and the timeliness and the safety of the electric power scheduling and monitoring system are improved.

Description

technical field [0001] The invention relates to a power dispatching monitoring system. Background technique [0002] With the development of the scale of the power system and the comprehensive advancement of the integration of dispatching and monitoring at the county level, the operation and production of the power grid will increasingly rely on the real-time data of the power grid dispatching support system. As a real-time control system for power grid production and operation, the man-machine interface provided by the power grid dispatching support system must cover the entire power grid operation and production links, especially for personnel in important production management positions to obtain fast and accurate real-time dispatch monitoring information for the power grid. According to the traditional solution of the system, the information management network and the power grid dispatching support system can provide real-time WEB services in the management information a...

AI Technical Summary

Problems solved by technology

However, due to the complexity of the network conditions in the management information area and the limitation of the response time of WEB services, the real-time WEB services of the power grid covering the entire general office environment cannot meet the actual production needs in terms of functional application and response speed

At the same time, the solution to the extension of the system backbone network has a great impact on the network security and system performance of the system, and affects the safety, stability and economic operation of the power system.

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