400-W UAV/Drone Inductive Charging System Prototyped for Overhead Power Transmission Line Patrol

S. Obayashi, Yasuhiro Kanekiyo, H. Uno, T. Shijo, Kiyokazu Sugaki, H. Kusada, Hajime Nakakoji, Yasuhiko Hanamaki, Kiichirou Yokotsu
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引用次数: 4

Abstract

This paper reports 400-W 85-kHz band inductive charging system prototype for UAV or drone to be employed for overhead power transmission line patrol. For patrol of the long overhead power transmission line network, the consecutive charging opportunities which will be provided by multiple rapid wireless charging ports are desired. The rapid inductive charging system with frustum-shape wireless charging port and lightweight on-board power receive equipment is prototyped to serve such opportunity charging. The successful test of sequential operation of landing on the wireless charging port, 400-W or more wireless charging of lithium ion battery, taking off, and photo-shooting of overhead power transmission lines between actual high-rise steel towers by high-precision camera, show a great potential of the proposed inductive charging system for opportunity charging of long range patrol.
用于架空输电线路巡逻的400-W无人机/无人机感应充电系统原型
本文报道了用于架空输电线路巡逻的无人机或无人机的400-W 85-kHz波段感应充电系统原型。对于长架空输电网络的巡检,需要多个快速无线充电端口提供连续充电的机会。为满足这种机会充电需求,设计了具有锥状无线充电口和轻型车载电源接收设备的快速感应充电系统。通过对无线充电口着陆、锂离子电池400-W及以上无线充电、起飞、高精度摄像机拍摄实际高层铁塔间架空输电线路等顺序操作的成功试验,显示了所提出的感应充电系统在远程巡逻机会充电方面的巨大潜力。
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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