Internet-of-things edge management platform of transformer substation

Abstract

An internet-of-things edge management platform of a transformer substation comprises an edge internet-of-things agent module and an intelligent operation and maintenance service application module, and an equipment access layer of the edge internet-of-things agent module realizes data interaction of various devices and modules through various internet-of-things protocols and protocols; the core service layer provides basic service for the whole module, the support service layer provides module support service, and meanwhile, the cloud side collaborative service is used as an access layer of an API to provide API access service for an application, an internet of things management platform and an intelligent operation and inspection management and control platform; and the intelligent operation and maintenance service application module performs deep arrangement and analysis based on various data accessed by the edge internet-of-things agent module so as to realize panoramic perception of equipment states, intelligent identification of equipment faults, intelligent early warning of equipment defects, intelligent linkage of main and auxiliary equipment, intelligent inspection and operation and maintenance management. The method has the advantages that the substation operation and maintenance full-service data collection is realized, and the digitization and intelligence level of substation operation and maintenance is improved.

Description

technical field [0001] The invention relates to the technical field of intelligent operation and inspection of substations, and more particularly relates to an IoT edge management platform at the substation station. Background technique [0002] In the six links of power generation, transmission, substation, distribution, power consumption and dispatching of smart grid, the core of substation is the construction of smart substation. As an important node of smart grid, smart substation is the continuation and development of digital substation. The main features of smart substations are "intelligent primary equipment, digitalization of information in the entire station, standardization of information sharing, and interaction of advanced applications". On this basis, a series of standards and specifications such as "Technical Guidelines for Smart Substations" and "Technical Specifications for Intelligent Transformation of Substations" issued by the State Grid Corporation of Ch...

AI Technical Summary

Problems solved by technology

[0011] The technical problem to be solved by the present invention is how to solve the problems of existing substations that cannot be controlled remotely in real time and have a low level of intelligence

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