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基于输电线路电磁辐射的无人机感应取能技术的研究

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无人机被视为电力巡检的最佳选择,但由于电池能量密度技术尚未革新,严重限制了其正常工作能力,而采用无线电能传输技术可显著提高其续航能力、增加巡检范围.通过对比研究无人机充电技术,以高效稳定为目标优化耦合机构,并基于涡旋感应原理提出一种交叉型磁场耦合机构线圈结构的无人机充电方案.重点对无人机自主充电程序方案进行了说明.最后,通过小型化实验平台验证其可行性,满足实际需求.
Study on Induction-based Energy Harvesting of Drones Utilizing Electromagnetic Radiation of Transmission Lines
Drones are regarded as the best choice for electric inspection.However,due to the inadequate battery energy density,drones'normal working ability is largely limited.By adopting radio energy transmission technology,endurance and inspection range of drones can be significantly improved.In this paper,the drone charging technologies are compara-tively studied,and the coupling mechanism is optimized and improved aiming at high efficiency and stability.Based on the vortex induction principle,a drone charging scheme with the coil structure of the cross-type magnetic field coupling mech-anism is proposed.The autonomous charging program is described in detail.Finally,the miniaturized experimental plat-form is used to verify feasibility and practicability of the proposed drone charging scheme.

droneradio energy transmissioncoupling mechanismvortex induction

朱时锋、王珺、陈嘉欣

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江苏省送变电公司,江苏 南京 210028

无人机 无线电能传输 耦合机构 涡旋感应

2024

电工技术
重庆西南信息有限公司(原科技部西南信息中心)

电工技术

影响因子:0.177
ISSN:1002-1388
年,卷(期):2024.(11)