Application of High-precision Laser Point Cloud in the Site Selection of the Cableway for the Infrastructure Construction of Intelligent Transmission Lines

Q. Wei, Congyi Wang, C. Zhou, Cheng Chen, Xucheng Gao, Zhengzhu Sun
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Abstract

With the advancement of technology, more and more advanced exploration and surveying and mapping technologies are used in the path selection of power lines. In the past, the site selection of the cableway for the transmission line infrastructure was done by experienced surveying and mapping personnel, conducting site surveys, and then completing the final site selection work. This design method cannot verify the timing and accuracy of data geographic information. In addition, manual site selection planning cannot take into account many types and large amounts of geospatial information, and it is difficult to ensure the economic balance of planning results. Therefore, this article combines high-precision laser point cloud technology to accurately locate the location of the infrastructure ropeway, realizes the collection and processing of geographic information through modern information technology, and uses the powerful computing power of the computer to realize the automatic selection of the transmission line path, which is the future transmission line the inevitable trend of design development.
高精度激光点云在智能输电线路基础设施索道选址中的应用
随着技术的进步,越来越多的先进勘探和测绘技术应用于电力线的路径选择。过去,输电线路基础设施的索道选址是由经验丰富的测绘人员进行现场勘测,然后完成最后的选址工作。这种设计方法无法验证数据地理信息的时效性和准确性。此外,人工选址规划不能兼顾多类型、大数量的地理空间信息,难以保证规划结果的经济平衡。因此,本文结合高精度激光点云技术对基础设施索道的位置进行精确定位,通过现代信息技术实现地理信息的采集和处理,并利用计算机强大的计算能力实现传输线路径的自动选择,这是未来传输线设计发展的必然趋势。
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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