Urban medium-voltage power grid planning and designing platform based on three-dimensional real scene

Abstract

The invention relates to the field of power grid planning, in particular to an urban medium-voltage power grid planning and designing platform based on a three-dimensional real scene. The platform realizes the line design of the whole design period of the power distribution engineering and the three-dimensional visual display of the design process and result, and also has the functions of three-dimensional live-action line design, cable three-dimensional design, three-dimensional distance verification, tower model analysis and space analysis. The platform has the following beneficial effects that various existing resources are integrated, and informatization management and data sharing are promoted; the platform serves power planning and design integrated services, and the working efficiency is improved; all service links are integrated, and cooperation and connection of the whole service process and content are achieved; application and research tools are integrated, the technical content of planning and design is improved, and lean planning and design are achieved.

Description

technical field [0001] The invention relates to the field of grid planning, in particular based on a planning and design platform for urban medium-voltage grids based on three-dimensional real scenes. Background technique [0002] The current traditional planning method based on two-dimensional drawings prevents planners from being able to grasp the site situation and go deep into the site in an all-encompassing manner, which leads to deviations between the planning and the site, and unreasonable planning and project approval. Planning, feasibility study, and preliminary design are not closely connected, resulting in changes in planning projects to varying degrees, making investment benefits underground, and even resulting in huge inefficient and ineffective investments. The combination of 3D technology and medium-voltage power grid planning is a major exploratory innovation in the field of power grid planning. It replaces the traditional static one-way design process and re...

AI Technical Summary

Problems solved by technology

[0002] The current traditional planning method based on two-dimensional drawings prevents planners from being able to grasp the site situation and go deep into the site in an all-round way, which leads to deviations between the planning and the site, and unreasonable planning and project approval.

Planning, feasibility study, and preliminary design are not closely connected, resulting in varying degrees of changes in planning projects, making investment benefits underground, and even resulting in huge inefficient and ineffective investments

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