In response to the characteristics of a large number of small infrastructure project review, wide professional involvement, and strong review timeliness, this paper proposes a design scheme for a digital review system for small infrastructure projects based on BIM (Building Information Modeling) technology. It focuses on the five aspects of "human, material, machine, method, and environment" in small infrastructure projects to achieve intelligent three-dimensional review. Based on a rule engine, it realizes one click extraction of key indicators for review materials, vigorously promotes standardization and standardization of review, enhances the authority and effectiveness of review, effectively accumulates and forms digital assets for review, and realizes the efficient transformation from manual review to human-machine collaboration.
KEYWORDS: Power grids, Engineering, Design and modelling, Blockchain, Data modeling, Information security, Computer security, Data processing, Standards development, Information fusion
The digital transfer of power grid engineering is faced with problems of multiple links, multiple objects and multiple data. During the transfer process, various resources are difficult to locate, correlate and trace, and the data of each link is repeated, which consumes a lot of manpower. In this study, we propose a two-dimensional code for power grid engineering based on QR technology, establish a unified basic identity library for basic elements of power grid engineering such as personnel, units, projects, equipment, and atlases, and realize the organic correlation of various objects of power grid engineering and the information penetration of various power grid majors. Research and build a code management and control technology platform for power grid engineering, take power grid engineering management as the main line, combine State Grid chain(Blockchain) to realize the whole process of code generation, authorization, code use, and cancellation of power grid engineering code on the chain, digitally empower grid management of power grid engineering, and accelerate the digital transformation of power grids.
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