Power transformation information centralized display system and display method based on cloud platform deployment

Abstract

The invention relates to a power transformation information centralized display system and display method based on cloud platform deployment, and the method comprises the steps: obtaining the information of a main device and an auxiliary device of a transformer substation under the jurisdiction of a region; the transformer substation internet of things management platform is used for acquiring patrol information of transformer equipment from each transformer substation in a jurisdiction area; the unified power grid video platform is used for collecting and providing camera equipment ledgers and real-time video streams of jurisdiction substations; the power grid unified authority management platform is used for managing login and access authority for logging in the power transformation information centralized display system; and the comprehensive cloud computing platform obtains the power transformation information and displays the power transformation information in a centralized manner through the micro-service engine. All power transformation information of all transformer substations is retrieved and managed in a centralized manner in an electric power office intranet through a web access mode, the centralized management requirement of operation and inspection workers on transformer substation power transformation equipment managed in a region can be met, and the problem that the video access communication pressure on a power grid unified video platform by city and other system users below can be relieved.

Description

technical field [0001] The present invention relates to the field of cloud platform technology, in particular to a centralized display system and display method for substation information based on cloud platform deployment. Background technique [0002] Substation operation monitoring information is mainly the main equipment information and auxiliary equipment information of the substation. The main equipment mainly includes primary equipment, intelligent equipment, relay protection and safety devices, measurement and control devices, integrated power supply, network switches, etc. Auxiliary equipment mainly includes fire-fighting equipment, security defense (electronic fence, infrared dual-screening, access control, etc.), primary equipment online monitoring (circuit breaker, GIS, switch cabinet, lightning arrester, etc.), dynamic environment system (lighting control, water supply and drainage system, HVAC control, etc.), intelligent lock control, real-time video and inspe...

AI Technical Summary

Problems solved by technology

The power grid resources business center needs to decouple the front-end business from the stable middle-end service by customizing the front-end business that is closer to the user's needs, so that the front-end business application is lighter, faster, and more flexible, and solves the problem of poor coordination of current power grid resource-related businesses and data Inconsistencies, difficulty building apps, poor user experience, etc.

[0007] At the same time, the intranet of the power office lacks a unified access method for all substation information in the area under its jurisdiction, so as to meet the access needs of substation inspection staff and other business departments for information on substation equipment, and to better Assist in the development of lean management of substation equipment

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