Intelligent power dispatching control system

Abstract

The invention provides an intelligent power dispatching control system. The system comprises a security first zone acquiring machine which is used for acquiring the zone equipment data of a plant station security first zone, an information management large zone acquiring machine, a security second zone acquiring machine which is used for acquiring the zone equipment data of a plant station security second zone and a network management and control system. The host end of the network management and control system and the host ends of other network management and control systems form a host end cluster which is arranged in a cabinet. The method is combined, and the defects of frequent frame omission in the duration of information frame downloading or uploading and dramatic heat increasing in some areas in the cabinet body in the prior art are avoided.

Description

technical field [0001] The invention belongs to the technical field of electric power automation control, and in particular relates to an intelligent electric power dispatching control system. Background technique [0002] In order to apply big data technology, collect, organize, and analyze different attributes such as the physical characteristics, real-time status, operation and maintenance operations, asset management, full life cycle, and data flow of the provincial-level power monitoring system network, secondary security protection, and other equipment Data, combined with the integrated management and control platform, conducts a comprehensive analysis of the operation of the province's dispatching control system to achieve good support for the provincial integrated management and control platform. An electric power dispatching automation control system is proposed, including a safety zone 1 acquisition machine for collecting equipment data in the safety zone 1 of the ...

AI Technical Summary

Problems solved by technology

[0005] In addition, the host end of the network management and control system is generally installed in the cabinet with the host end of other network management and control systems on site. Such isolation conditions will cause the heat in the cabinet to increase sharply in some areas, resulting in a decrease in network management and control. The operating performance and service life of the host end of the system and the host end of other network management and control systems, so the host end of the network management and control system in the cabinet and the host ends of other network management and control systems are cooled in real time by introducing cold airflow, removing the The heat will increase sharply in some areas. Ensure that the host end equipped with the network management and control system and the host end of other network management and control systems operate in a normal temperature range, and can improve the host end equipped with the network management and control system and other network management and control at a high speed. The operating performance and service life of the host side of the system, and how to build the cabinet so that the cold air flows in the cabinet to obtain better cooling efficiency is indeed a difficult problem for a long time

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