Three-Dimensional Model Resume Transfer Technology for the Entire Lifecycle of Power Grid Equipment

This article analyzes the differences in device naming and archiving between data files in the infrastructure and operation stages of the power grid, and studies the method of device naming association based on relative layout reasoning. The steps involved are as follows: Establish connection edges between nodes in the topology map of the power grid scene layout, use the layout adjacency relationship between known structural elements to infer adjacent unknown device entities, and obtain their naming semantic elements to achieve the association of different naming methods for equipment in the infrastructure and operation inspection stages. Build an association network for on-demand matching of key business processes in the power grid for equipment resume data retrieval requirements, generate an index for resume data retrieval requirements, obtain spatiotemporal mapping associations of cross link and multi-stage equipment resumes, and achieve equipment resume archiving and updating. Build an association network for on-demand matching of key business processes in the power grid for equipment resume data retrieval requirements, generate an index for resume data retrieval requirements, obtain spatiotemporal mapping associations of cross link and multi-stage equipment resumes, and achieve equipment resume archiving and updating. Develop a 3D model data correction component for construction and transportation transfer, establish a record based construction and transportation transfer mechanism for the entire lifecycle of equipment level, and enhance the support of digital transfer results for transportation and inspection business.