Electric power information communication scheduling and monitoring platform

Abstract

The invention relates to an electric power information communication scheduling and monitoring platform which sequentially comprises a data acquisition analysis processing layer, a cooperation scheduling layer and an application display layer in the sequence from the lower layer to the upper layer. The data acquisition analysis processing layer collects operating state conditions, resource allocation data, asset data and safety data of all electric power system IT resource objects through all data acquisition modules according to a management strategy, classifies the data and transmits the data to the cooperation scheduling layer through data buses corresponding to all data types. The data acquisition analysis processing layer uploads the analyzed data to the cooperation scheduling layer, and the data are monitored through an operating monitoring module to find faults and automatically-given alarms or fault declaration and service requirements from clients to update the corresponding modules. The application display layer builds a unified image platform to enable the data of the cooperation scheduling layer and the data acquisition analysis processing layer to be displayed in an imaging mode. According to the electric power information communication scheduling and monitoring platform, real-time management and real-time monitoring on the IT resources are achieved, and the operating conditions are mastered in real time.

Description

technical field

[0001] The invention belongs to the field of electric power system computer network, and in particular relates to an electric power information communication dispatching and monitoring platform. Background technique

[0002] With the development of the company's network, the network capacity is becoming larger and larger, and new equipment emerges in an endless stream. Information and communication lines are gradually developing towards high density, optical fiber, area density, and routing complexity. With the rapid development of technology and network construction, the network After the construction is completed, the management of the network is relatively lagging behind, and the professional equipment is relatively independent. The company is not clear about the status of various resources it owns, especially lacks the grasp of the peripheral network resources and the lack of quick access to various data of the local network. The effective means and metho...

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