Whole-process digital collaborative management platform for electric power engineering construction

By establishing a dynamic management framework and a multi-dimensional management vector space, the problem of insufficient data association in power engineering construction was solved, enabling the automatic generation of precise management instructions and cross-level adaptive collaborative management, thereby improving the management efficiency of power engineering construction.

CN121639151APending Publication Date: 2026-03-10XINJIANG SANYUAN ZHONGLI POWER TRANSMISSION & TRANSFORMATION ENGINEERING CO LTD
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Patent Information

Application Number
CN202511917627.8
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-12-18
Publication Date
2026-03-10

AI Technical Summary

Technical Problem

Existing digital management platforms for power engineering construction cannot effectively link data, resulting in the failure to fully release the value of data. Management decisions lack a collaborative optimization mechanism that dynamically integrates multiple dimensions of status, and management instructions are generated in a delayed and isolated manner, making it difficult to achieve cross-level adaptive collaboration and precise control.

Method used

A dynamic management framework is established, which performs data parsing and vector generation through a multi-dimensional management vector space, automatically generates collaborative management instructions, and achieves cross-level adaptive collaboration.

Benefits of technology

It has enabled precise and structured data mapping and automatic generation of management instructions throughout the entire process of power engineering construction, improving the automation and accuracy of management decisions and realizing cross-level adaptive collaborative management.

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Abstract

The invention relates to the technical field of electric power engineering digital management, and discloses a whole-process digital collaborative management platform for electric power engineering construction. The method comprises a dynamic management framework, a data acquisition and injection module, a data analysis and vector generation module, a vector space management module and a collaborative operation module. The platform performs hierarchical analysis on a field real-time data stream according to a dynamic management framework, extracts data fragments corresponding to each management hierarchy and generates a multi-dimensional management vector so as to construct a global management vector space. And defining a cooperative operation track in the space, and generating a specific management instruction according to the cooperative operation track. According to the method, mixed field data are converted into structured and computable management state vectors, and accurate association of data and management is realized; and through trajectory operation of a vector space, a cross-level and multi-target management decision is converted into a continuous and adaptive collaborative optimization process, and the integrity and automation level of management are improved.
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