Visualized topology platform layout method for big data of intelligent power grid

Abstract

The invention discloses a visualized topology platform layout method for big data ofan intelligent power grid. The method comprises the steps of acquiring the voltage level and routing characteristicsof preset equipment in the power grid; performing region division according to the voltage level and the routing characteristics, wherein divided regions include but are not confined to a main transformer region, a plurality of bus connection regions and a bus-free region; topological connection and feature abstraction and tailoring of various bus connection areas are divided into various types of components; and based on a multi-way tree algorithm, a main transformer area, arranging a bus-free area and various types of components. The power grid is constructed into a through interconnected big data visual topology platform, and a connection relationship is established among power grid equipment, regions, transformer substations and the like. By integrating operation data, power grid data, power market data and the like, big data analysis is carried out by utilizing a topological network, the operation efficiency of energy production and energy consumption terminals is improved and optimized, and requirements and supply can be dynamically adjusted at any time.

Description

technical field [0001] The invention belongs to the technical field of power grid big data visualization, and in particular relates to a layout method of a smart power grid big data visualization topology platform. Background technique [0002] At this stage, the substations of the power grid are interconnected through distributed users and distributed power sources, and the interconnected transformers in the substations realize the interconnection of voltages at various levels. Each voltage level realizes flexible wiring through interconnected busbars, switches, and knife switches. However, there is no complete interconnection relationship between data, which eventually leads to all data being independent data islands. [0003] It can be seen that in the prior art, data cannot be effectively correlated and displayed, and effective scheduling basis cannot be provided to managers. Contents of the invention [0004] In view of the above-mentioned shortcomings of the prior a...

AI Technical Summary

Problems solved by technology

[0002] At this stage, the substations of the power grid are interconnected through distributed users and distributed power sources, and the interconnected transformers in the substations realize the interconnection of voltages at various levels. Each voltage level realizes flexible wiring through interconnected busbars, switches, and knife switches. However, there is no complete interconnection relationship between data, which eventually leads to all data being independent data islands.

[0003] It can be seen that the existing technology cannot effectively correlate and display the data, and cannot provide effective scheduling basis for managers

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