Electric power information communication fusion monitoring and service standardization management platform system and method

Abstract

The invention belongs to the technical field of power communication, in particular to an electric power information communication fusion monitoring and service standardization management platform system. The system is characterized by comprising an interface acquisition module, a monitoring fusion module, a data analysis module, a data screening module, a data white list module, a data integrationmodule, an alarm information automatic matching standardization process module, a standardization service system module and an ITIL standardization service system module. The interface acquisition module comprises at least two of six modules. Methods are also disclosed. The system and method mainly have the following beneficial technical effects: the electric power informatization equipment, thecommunication equipment and the Internet of Things equipment are subjected to fusion monitoring, automatic analysis of information communication professional fault processing is realized, fault closed-loop management is established, and the barrier of incompatibility among brands in the field of information communication is broken through; meanwhile, the fault judgment time is shorter, maintenanceis more timely, and early warning is more accurate; and the order sending of the power communication fault is more intelligent.

Description

technical field [0001] The invention belongs to the technical field of electric power communication, and in particular relates to a power information communication fusion monitoring and service standardization management platform system, and a power information communication fusion monitoring and service standardization management method. Background technique [0002] Electric power is a pillar industry in the national economy. The construction of electric power has grown from scratch, and then has become more and more powerful; supporting software and software companies for electric power communications have also continued to develop and grow with the development of the electric power industry. In the prior art, in the power supply system of any power supply company, information communication monitoring and management software is generally provided by multiple brands and suppliers. Due to the constraints of incompatibility between brands, each monitoring software is independ...

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Problems solved by technology

[0007] On the other hand, multiple sets of monitoring software in the prior art provide different alarm states. For example, the Jinhongwei EPON monitoring system provides the following states: emergency, important, minor, warning, clear, prompt, unknown ; The optical cable monitoring system provides the following states: no alarm, prompt, general, serious, urgent, and offline; the ZTE SDH monitoring system provides the following states: urgent, important, minor, warning, cleared, prompt, unknown; the HP network monitoring system provides the following Status: Fatal, Critical, Minor, Warning, Harmless, Unknown; Huawei EPON monitoring system provides the following statuses: Urgent, Important, Minor, Warning, Clear, Prompt, Unknown; Unified Video Surveillance System provides the following statuses: Urgent, Critical , general; the status is not uniform, and the processing personnel need to be very skilled and keep in mind the processing of the relevant status to complete the work smoothly; and the above-mentioned system has marked or stored the acquired data and alarm status, but the information analysis and The utilization has not been done well, and the existing multiple systems cannot complete the analysis, integration and integration of alarm signals for fault prediction

[0008] In the existing technology, due to the coexistence of multiple sets and various software, and there is no unified monitoring and management method, it is impossible to form a standardized management platform for electric power information communication services; Form a written record. For subsequent similar faults, it is impossible to form a unified and standardized management process, and the processing speed is slow

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