Transmission Line Wire Following System Based on Unmanned Aerial Vehicle 3D Lidar

UAV(Unmanned aerial vehicle) wire checking is an efficient and scientific solution of transmission line operations. Aiming at the existing technology, this paper put forward a kind of based on 3D laser radar and ROS (Robot Operating System) of the UAV wire follow System. In the process of power tran...

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Published inJournal of physics. Conference series Vol. 1575; no. 1; pp. 12108 - 12113
Main Authors Zhang, Ying, Liao, Ruchao, Wang, Yong, Liao, Jiandong, Yuan, Xinxing, Kang, Taizhong
Format Journal Article
LanguageEnglish
Published Bristol IOP Publishing 01.06.2020
Subjects
Airborne/spaceborne computers
Aircraft control
Airships
Algorithms
Drone aircraft
Inspection
Lasers
Lidar
Physics
Power lines
Proportional integral derivative
Safety
Unmanned aerial vehicles
Wire
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Abstract UAV(Unmanned aerial vehicle) wire checking is an efficient and scientific solution of transmission line operations. Aiming at the existing technology, this paper put forward a kind of based on 3D laser radar and ROS (Robot Operating System) of the UAV wire follow System. In the process of power transmission line inspection of wire, the system capture the wire by 3D laser radar mounted on the UAV and calculate the space distance between UAV and the wire and angle of this distance in 3D laser radar coordinate axis, control drone aircraft by PID(Proportion Integration Differentiation) algorithm in the attitude of UAV and inspection speed by the ROS on the onboard computer system platform for real-time wire following and automatic inspection task. Field experiments show that the system can effectively improve the efficiency and safety of wire inspection, and is conducive to the automation, safety and informatization of transmission line inspection process.
AbstractList UAV(Unmanned aerial vehicle) wire checking is an efficient and scientific solution of transmission line operations. Aiming at the existing technology, this paper put forward a kind of based on 3D laser radar and ROS (Robot Operating System) of the UAV wire follow System. In the process of power transmission line inspection of wire, the system capture the wire by 3D laser radar mounted on the UAV and calculate the space distance between UAV and the wire and angle of this distance in 3D laser radar coordinate axis, control drone aircraft by PID(Proportion Integration Differentiation) algorithm in the attitude of UAV and inspection speed by the ROS on the onboard computer system platform for real-time wire following and automatic inspection task. Field experiments show that the system can effectively improve the efficiency and safety of wire inspection, and is conducive to the automation, safety and informatization of transmission line inspection process.
Abstract UAV(Unmanned aerial vehicle) wire checking is an efficient and scientific solution of transmission line operations. Aiming at the existing technology, this paper put forward a kind of based on 3D laser radar and ROS (Robot Operating System) of the UAV wire follow System. In the process of power transmission line inspection of wire, the system capture the wire by 3D laser radar mounted on the UAV and calculate the space distance between UAV and the wire and angle of this distance in 3D laser radar coordinate axis, control drone aircraft by PID(Proportion Integration Differentiation) algorithm in the attitude of UAV and inspection speed by the ROS on the onboard computer system platform for real-time wire following and automatic inspection task. Field experiments show that the system can effectively improve the efficiency and safety of wire inspection, and is conducive to the automation, safety and informatization of transmission line inspection process.
Author Zhang, Ying
Liao, Jiandong
Kang, Taizhong
Wang, Yong
Yuan, Xinxing
Liao, Ruchao
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  organization: Patrol Operation Center of Guangdong Power Grid Co., Ltd , China
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Abstract UAV(Unmanned aerial vehicle) wire checking is an efficient and scientific solution of transmission line operations. Aiming at the existing technology,...
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StartPage 12108
SubjectTerms Airborne/spaceborne computers
Aircraft control
Airships
Algorithms
Drone aircraft
Inspection
Lasers
Lidar
Physics
Power lines
Proportional integral derivative
Safety
Unmanned aerial vehicles
Wire
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Title Transmission Line Wire Following System Based on Unmanned Aerial Vehicle 3D Lidar
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