5GMEC deployment platform based on power business characteristics

Through the 5GMEC deployment platform based on the characteristics of power business, the problems of architectural rigidity, resource fragmentation and weak security of power MEC deployment solutions have been solved, achieving high matching and flexible deployment with power grid business, and improving the security and efficiency of power data diversion and application.

CN120659068APending Publication Date: 2025-09-16STATE GRID HENAN INFORMATION & TELECOMM CO
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Patent Information

Application Number
CN202510566543.8
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-04-30
Publication Date
2025-09-16

AI Technical Summary

Technical Problem

Existing power MEC deployment solutions have problems such as rigid architecture, fragmented resources, and weak security. They are unable to adapt to the layered and graded characteristics of power services and have a low degree of match with grid business needs.

Method used

The 5GMEC deployment platform based on the characteristics of power business is adopted, including the MEC three-level cloud-edge collaborative architecture, UPF collaboration mechanism, power facility integration module, security protection system and business diversion strategy. Through layered and graded processing, optimal resource allocation, multi-dimensional threat coverage and business priority scheduling, flexible deployment and high security are achieved.

Benefits of technology

It achieves a high degree of matching with the business needs of the power grid and autonomous and controllable security management, enhances the security of business transmission and deployment flexibility, and improves the level of power data diversion and application lightweighting.

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Abstract

The invention belongs to the technical field of 5GMEC deployment, and relates to a 5GMEC deployment platform based on power business characteristics. The deployment platform comprises an MEC three-level cloud edge collaboration architecture, a UPF collaboration mechanism, an electric power facility fusion module, a safety protection system and a service distribution strategy. The MEC three-level cloud edge collaborative architecture is a layered architecture composed of an access layer, an edge layer and a center layer. The UPF collaboration mechanism realizes priority scheduling of three types of services through network slice identifiers; the electric power facility fusion module physically fuses the MEC node and the electric power infrastructure; the security protection system adopts a layered defense mechanism to perform multi-dimensional threat coverage; according to the service distribution strategy, classification processing is carried out on power services based on 5G network slices, and local traffic unloading and non-local traffic return are realized. According to the invention, flexible deployment and configuration can be carried out according to power business requirements, and the matching degree with power grid business requirements is high; management is autonomous and controllable, a security management strategy is customized, illegal access is prevented, and service transmission security is enhanced.
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