A 5G power infrastructure co-construction and sharing support method and system for power transmission and distribution

Through the synergy between unified resource modeling and external enterprise demand management modules, the site selection problems and drone monitoring problems in co-construction and sharing between power grid enterprises and operators are solved, the transmission quality and signal coverage of 5G networks are improved, the differential protection reliability of the distribution network is ensured, and the grid connection process of distributed photovoltaic power generation is stabilized.

CN114580836BActive Publication Date: 2025-08-29GUANGDONG POWER TELECOMMUNICATION TECHNOLOGY CO LTD
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Patent Information

Application Number
CN202210052945.2
Authority / Receiving Office
CN · China
Patent Type
Patents(China)
Current Assignee / Owner
Filing Date
2022-01-18
Publication Date
2025-08-29
Estimated Expiration
2042-01-18

AI Technical Summary

Technical Problem

It is difficult to match the co-construction and sharing needs of power grid enterprises and operators, and it is difficult to select a location; it is difficult to access the traffic back-pass of the transmission line drone monitoring flow, and the high tariffs; the differential protection services of the distribution network with high latency and poor reliability; the unstable power of distributed photovoltaic power generation leads to the fluctuations in the grid caused by power generation when power generation is connected to the grid, affecting electricity consumption.

Method used

The unified resource modeling module is used to model and associate resources on the operator side and the power side to form a visual view, and demand matching is performed through external enterprise demand management modules, optimize the co-construction and sharing process, and data back-passing is achieved through drone inspection and high-precision navigation and positioning technology, improving signal coverage, and providing specific business optimization methods for 5G construction.

Benefits of technology

The addressing matching in the co-construction and sharing process has been optimized, construction speed and efficiency have been improved, operation and maintenance costs have been reduced, transmission quality and signal coverage have been improved, drone monitoring problems and photovoltaic power generation stability have been solved, and the reliability of differential protection services has been ensured.

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Abstract

The present invention discloses a method and system for co-construction and sharing of power infrastructure in 5G to support power transmission and distribution, including: using a unified resource modeling module to model and associate resources on the operator side and the power side; the power resource management module provides a full-view list of resources for co-construction and sharing of the entire power grid to power grid management personnel based on the model and resource library provided by the unified resource modeling module; based on the full-view list of resources, the external enterprise demand management module provides information and demand query and registration to external enterprises through an open interface. The present invention optimizes the addressing process, accurately matches demand, increases the speed of co-construction and sharing, improves efficiency, and effectively promotes the matching of 5G and power demand; provides a 5G-based real-time backhaul method for the transmission mode of drones; based on the matching of operator signal quality and power resources, flexibly carries out site planning according to the needs of specific power consumption services, and provides a specific business optimization method based on 5G.
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