浙江电力

2019, v.38;No.279(07) 48-52

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基于GIM的模块化变电站电缆敷设三维设计
GIM-based Three-dimensional Design of Modular Substation Cable Laying

朱克平,何英静,倪瑞君,徐伟明,鲍双双
ZHU Keping,HE Yingjing,NI Ruijun,XU Weiming,BAO Shuangshuang

摘要(Abstract):

模块化变电站的设计过程中普遍取消了电缆层,采用传统的二维设计方式易导致电缆布线不清晰和发生交叉等问题,增加后期施工和运维检修的难度。基于GIM(电网信息模型)三维协同设计,构建出电缆模型,提出设计流程,并以110 k V输变电工程为例,通过设计和施工反馈,与传统设计方式进行对比,探讨GIM三维设计的优劣。
The cable layer is often eliminated in modular substation design. The traditional two-dimensional design method may lead to unclear cabling and crossover that increase the difficulty of future construction and maintenance. Based on the three-dimensional collaborative design of GIM(grid information model), the cable model is constructed and the design flow is proposed and applied to a 110 kV transmission and transformation project. Through design and construction feedback, the advantages and disadvantages of GIM three-dimensional design are compared with that of traditional design methods.

关键词(KeyWords): 模块化变电站;电缆敷设;GIM;三维建模
modular substation;cable Laying;GIM;three-dimensional modelling

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作者(Author): 朱克平,何英静,倪瑞君,徐伟明,鲍双双
ZHU Keping,HE Yingjing,NI Ruijun,XU Weiming,BAO Shuangshuang

DOI: 10.19585/j.zjdl.201907008

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