Multi-element load data processing method and system across safety areas

Abstract

The invention discloses a multi-element load data processing method and system across a safety area, multi-element load data of a first target area and a second target area are respectively acquired through an Internet extranet access area and an information communication backbone network, and the multi-element load data comprise at least one of model data, plan declaration data and measurement data; the multi-element load data are stored in a cache database, wherein the cache database is deployed in a first security area of the power intranet; and the multi-element load data in the cache database are stored in a regulation and control cloud database, wherein the regulation and control cloud database is deployed in a second security area of the power intranet. According to the method, comprehensive access of huge social load resources can be realized, meanwhile, the capability of scheduling personnel for mastering the adjustability of the power grid in real time is effectively improved, unified data and model services are provided for monitoring control, analysis calculation and optimization decision-making of scheduling services, the optimal configuration capability of the power grid resources is promoted, and the power grid operation stability, safety and reliability are improved.

Description

technical field [0001] The invention relates to the technical field of power grid optimization configuration, in particular to a method and system for processing multiple load data across safety zones. Background technique [0002] With the continuous deepening of energy transformation, the power system has entered a new era, the scale of the UHV AC-DC hybrid power grid is rapidly expanding, new energy with high penetration rate is developing rapidly, and there are a large number of new energy and energy-consuming equipment such as distributed power supply, energy storage, and electric vehicles. Access, load-side equipment is more diversified, and users are no longer just terminal loads, but can interact with dispatching agencies through load-side management. Compared with conventional power sources, the above-mentioned load-side resources are large in number and diverse in type, and also have dual roles of producer and consumer, and their operating characteristics are compl...

AI Technical Summary

Problems solved by technology

[0008] The purpose of the present invention is to provide a method and system for processing multivariate load data across safety zones, so as to overcome the inability to realize comprehensive access to huge social load resources, and the lack of traditional data display means, and dispatchers are not familiar with multivariate load data. Problems with a global perspective, the present invention can realize comprehensive access to huge social load resources, and at the same time effectively improve dispatchers' real-time ability to grasp the adjustable power grid, and provide unified data and Model service, promoting the optimal allocation of power grid resources, improving the stability, safety and reliability of power grid operation

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