基于三维数字化技术的光电缆敷设的方法探讨

Discussion on the method of laying optical cable based on 3D digital technology

随着数字化三维设计在电力行业的广泛应用,传统二维平面设计逐步转变为三维可视化正向设计。电缆敷设作为电气设计的重要组成部分,对后期施工和运维都有着很大影响,然而传统二维设计已无法解决因电缆数量繁多、路径复杂而导致的交叉碰撞等问题,使其在设计优化及成本控制方面有很大提升空间。本文结合实例分享了一种提出了从预先建立的模型标准库以及方案标准库中选取并建立目标设备模型以及确定目标光电缆相关参数的光电缆敷设方法,供其他工程项目设计参考借鉴。

With the wide application of digital 3D design in power industry,traditional 2D graphic design has been gradually transformed into 3D visual forward design.As an important part of electrical design,cable laying has a great influence on the later construction and operation and maintenance.However,the traditional two-dimensional design can not solve the problems of cross collision caused by the large number of cables and the complex path,which makes it have a lot of room for improvement in design optimization and cost control.In this paper,an optical cable laying method is proposed to select and establish the target equipment model and determine the relevant parameters of the target optical cable from the pre-established model standard library and the scheme standard library.For other engineering project design reference.