Segmented power telecommunication network analysis method

Abstract

The invention discloses a segmented power telecommunication network analysis method. The method includes the steps: firstly, realizing interoperation based on a PIIF framework integration; secondly, acquiring real-time operating conditions of a power distribution network terminal channel in real time by the interoperation, invoking a grid resource maintenance function component of a GIS (geographic information system), establishing power telecommunication network topology by depending on grid-resource topological correlation, correlating telecommunication network equipment to PMS equipment, and establishing association of a power distribution network channel and a telecommunication network channel to form an all-link monitoring view of the power distribution network channel and the telecommunication network channel; finally, when a telecommunication resource network management system has power telecommunication network faults or a power distribution automation system has power distribution network channel faults, visually judging locations of the faults. When the telecommunication network channel or the grid terminal channel has fault warning under the operating conditions, segmented analysis of the operating conditions can be performed, the occurrence interval of the faults can be reduced quickly, and accordingly processing efficiency of the telecommunication network faults is improved in an assisted manner.

Description

technical field [0001] The invention relates to the field of emergency repair of power distribution network faults, in particular to a fault segmentation analysis method of a power communication network. Background technique [0002] GCRMS currently collects real-time working condition information of communication network links (such as EPON), and DAS currently collects real-time operating condition information of terminals. However, there is currently no standard interoperability integration technology for power companies, and data of similar services in different systems are not integrated and applied. For example The real-time operating conditions of the communication network are not monitored and analyzed in conjunction with the real-time operating conditions of the terminal, which limits the improvement of power companies' ability to analyze and repair communication network faults. [0003] In the prior art, due to the lack of a standard interoperable integration method...

AI Technical Summary

Problems solved by technology

[0006] The present invention provides a segmental analysis method for power communication network faults, which solves the problem of wide range of faults and low repair efficiency in the prior art when carrying out emergency repairs of power distribution faults, which limits power companies' ability to analyze and repair faults in communication networks. The technical problem of capacity improvement has realized that when a fault alarm occurs in the communication network channel or power grid terminal channel, the segmental analysis of the working conditions can be carried out, and the fault occurrence interval can be quickly narrowed, thereby assisting in improving the communication network fault handling Technical Effects of Efficiency

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