The experiment proves that TENG has the ability to apply the wind speed sensor for UAV, and provides experimental support for the wind speed monitoring of the overall structural unit of UAV in the future. Infragistics tools and controls simplify the development process so you can focus on creating innovative solutions to real-world problems. Finally, the application experiment of the wireless wind speed transmission of the UAV with AW-TENG is carried out. Meanwhile, the voltage range that AW-TENG can reach is about 30–55 V, the generated current range is about 8–28 μA. The performance of the optimal structure is verified: the voltage frequency that AW-TENG can reach in the wind speed range of 6–20 m/s is 50–200 Hz, the sensitivity is 9.88 Hz/(m s −1) and the goodness of fit R 2 = 0.998. Terms and Conditions Privacy Policy Cookies About Us Contact Us Responsible Disclosure. Built with care and attention to every small detail, from our learned expertise over the last three decades. Then the three influencing factors of plate spacing, radian and radian direction are carried out to determine its optimal structure. 2022 Solium Capital ULC, a wholly-owned subsidiary of Morgan Stanley. Our passion for craftsmanship comes from the desire to deliver simple and beautiful experiences that drive productivity across your digital product teams, and that enable data-driven, high-performing teams across your entire organization. The arc structure of AW-TENG, which adopts contact separation mode through air vibration, is designed according to the working principle and simulation. Therefore, an arc-shaped flutter-driven wind speed sensor based on triboelectric nanogenerator (AW-TENG) for UAV is proposed in this work. At present, it is significant for unmanned aerial vehicle (UAV) to sense the external information in the interference environment.
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