Micro-service-based power grid intelligent operation and maintenance platform

Abstract

The invention belongs to the field of power transmission and transformation power grid operation and inspection, and relates to a micro-service-based power grid intelligent operation and inspection platform, the logic structure of which comprises a sensing layer, an infrastructure layer, a convergence layer, a service layer and an application layer. The perception layer deploys various operation acquisition terminals and monitoring devices; the infrastructure layer provides unified computing, storage, network, operation and maintenance management and other resources; the convergence layer achieves data acquisition access, forwarding and intermediate processing; the service layer adopts a micro-service architecture, decouples and arranges business functions, and provides basic generality of data information and professional business services; and the application layer adopts a micro-front-end architecture to achieve independent development, independent deployment and fusion application of different professional micro-applications. According to the invention, various services of the power grid intelligent operation and inspection power transmission and transformation major are communicated transversely, the cost of data cooperation among systems is reduced through decoupling of system functions, and application requirements of different professional users are met by unified application portals.

Description

technical field [0001] The invention relates to the field of power transmission and transformation grid operation inspection, and more specifically relates to a microservice-based grid intelligence platform. Background technique [0002] At present, a new round of scientific and technological revolution and industrial transformation are deeply integrated and vigorously developed, especially the new generation of information technology represented by artificial intelligence, Internet of Things, and big data is accelerating breakthrough applications, providing large-scale, low-cost data open sharing and application It provides solutions that profoundly change energy and power and economic and social development. The State Grid, China Southern Power Grid, and local power grids attach great importance to the development of digitalization, networking, and intelligence, and make full use of advanced technologies and means such as the "big cloud, material, mobile, and intelligent c...

AI Technical Summary

Problems solved by technology

[0003] Power grid operation and inspection covers multiple electric power disciplines such as power transmission and transformation, and involves many branch business fields. In the past, the construction of various business information systems often only focused on the functional requirements of the system itself, and was built in the form of a single architecture system, making the system highly cohesive. Can be circulated internally, but cannot achieve horizontal penetration, forming a vertical business and data system

This "chimney" development model creates isolated islands of applications, resources, and data, making it difficult to share and reuse information assets

[0004] Under the new situation of the electric power Internet of Things, the focus is to realize the interconnection of all things and human-computer interaction in all links, and form a smart service system with the characteristics of comprehensive state perception, efficient information processing, convenient and flexible application, and realize the transformation from "vertical closed" mode to " In order to change the mode of horizontal openness, technicians try to implant the grid operation inspection application on the existing Internet of Things platform. Although it can complete the acquisition and analysis of information and data in different application scenarios, it does not change the structure of each layer of the Internet of Things. Under the circumstances, it is difficult to meet the complex access and storage of multi-source data in the power system, to be compatible with different development frameworks and computer languages, to reduce the complexity of large-scale applications, to avoid repeated development of common requirements, to realize independent development of small teams of different power professionals, Build a transportation inspection application that meets the differentiated needs of multi-level and multi-professional users, fully tap the value of associated data, and facilitate iterative upgrades, maintenance and expansion, etc.

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