Electric power engineering three-dimensional integrated design platform

Abstract

An electric power engineering three-dimensional integrated design platform comprises an infrastructure layer, a data management layer, a general module layer, a business service layer and a user presentation layer. By technical scheme, the electric power engineering three-dimensional integrated design platform is invented for meeting the electric power construction and development demands and integrates power generation, power transformation, power transmission and new energy resources. The intelligent design platform integrates site selection, line selection and plant section by integrating various design resources including basic geographical data, annotation data, development and planning data, energy data and the like. The electric power engineering three-dimensional integrated design platform is characterized in that the established integrated design platform promotes information sharing and specialty coordination; data sharing and resource integration are achieved; three-dimensional panorama design is adopted, the intuitionism is enhanced, and the efficiency is improved; three-dimensional intelligent checkout is achieved, the accuracy is improved; the standardized and normalized electric power design process is promoted.

Description

technical field [0001] The invention relates to a three-dimensional integrated design platform for electric power engineering. Background technique [0002] Power engineering refers to projects related to the production, transmission and distribution of electric energy, and efficient power engineering design can ensure the smooth construction and operation of power projects. [0003] The current power engineering design is mainly oriented to power generation, power transformation, power transmission and new energy fields. The work content includes system planning, feasibility study site selection design, construction drawing design, as-built drawing design, digital results management, etc. With the deepening of the application of related technologies , Designers have gradually adopted CAD, Bentley, PDMS and other design software to work, which has greatly improved the quality and speed of power engineering design, but there are still some problems. [0004] The problem is f...

AI Technical Summary

Problems solved by technology

Its disadvantages are as follows: First, the 3D model generated based on the 2D model is not accurate enough; secondly, the supported business is limited to power generation and substation design, which cannot meet the needs of power transmission and new energy business; thirdly, the analysis function of 3D GIS is relatively weak; finally, Can not provide simulated natural environment

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