BIM construction model design of multi-in-phase parallel cable layout sequence for high voltage cables

Symposium on Advances in Electrical, Electronics and Computer Engineering Pub Date : 2023-05-31 DOI:10.1117/12.2680681

Kan Feng, Peicong Sun, Jian Yang, Jinchuan Lu, Yang Zhang

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Abstract

In order to obtain the best construction scheme for the arrangement of high-voltage cables in-phase and multiple parallel cables and ensure the power supply quality to the greatest extent, the BIM construction model of the arrangement sequence of high-voltage cables in-phase and multiple parallel cables is designed. Prepare all relevant data of multiple parallel cables in the same phase of high-voltage cables, build the model of multiple parallel cables in the same phase of high-voltage cables, combined with 3D simulation results, describe multiple parallel cables in the same phase of highvoltage cables and their occupied space, repeatedly introduce the time dimension, identify the construction conflict in this space, and generate the layout sequence of multiple parallel cables in the same phase of high-voltage cables. The test results show that the model can complete the simulation of multiple parallel cables in the same phase of high-voltage cables, and input the cable parameters efficiently and reliably.

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高压电缆多相并联电缆布放顺序BIM施工模型设计

为了获得高压电缆相及多条并联电缆布放的最佳施工方案，最大限度地保证供电质量，设计了高压电缆相及多条并联电缆布放顺序的BIM施工模型。准备高压电缆同相多根并联电缆的所有相关数据，建立高压电缆同相多根并联电缆的模型，结合三维仿真结果，描述高压电缆同相多根并联电缆及其占用空间，反复引入时间维度，识别该空间内的施工冲突;并生成高压电缆同相多根并联电缆的布放顺序。试验结果表明，该模型能够完成高压电缆同相多根并联电缆的仿真，并能高效、可靠地输入电缆参数。

本文章由计算机程序翻译，如有差异，请以英文原文为准。

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Symposium on Advances in Electrical, Electronics and Computer Engineering

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