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Technology and Application of Overhead Transmission Line Corridor Inspection

机译:架空输电线路走廊检查的技术与应用

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The efficiency and quality of overhead transmission line corridor inspection make a close connection to the operation of the whole electrical power system. In this paper, we summarized three common modes of line inspection and analyzed their characteristics. The technologies applied in line inspection are studied and the examples are given. Additionally, it is suggested that further research should be conducted in the cooperative line inspection (helicopter, unmanned aerial vehicle and manual work) with LIDAR (Light Detection and Ranging) and overhead line monitoring system to fulfill the digital and visual-reconstruction power transmission grid. Applying big data technologies, such as data warehouse, distributed processing, data mining to save and analyze inspection data is a required trend. On-line monitoring data and detection data give us a method to provide support for transmission line state evaluation and decision-making advice. Thus the technology of corridor inspection and the better data mining will influence the transmission line state inspection and promote the level of transmission line operation management.
机译:架空传输线路走廊检测的效率和质量与整个电力系统的操作密切连接。在本文中,我们总结了三种常见的线路检查模式并分析了它们的特征。研究了在线检查中施加的技术,并给出了实施例。此外,有人建议在合作线路检查(直升机,无人驾驶飞行器和手动工作)中进行进一步的研究,利用LIDAR(光检测和测距)和架空线监测系统,以实现数字和可视化重建电力传输网格。应用大数据技术,如数据仓库,分布式处理,数据挖掘以保存和分析检查数据是必需的趋势。在线监测数据和检测数据为我们提供一种提供对传输线状态评估和决策建议的支持的方法。因此,走廊检测技术和更好的数据挖掘将影响传输线路状态检查并促进传输线路操作管理的水平。

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