This paper reviews the research on TENGs for wind energy utilization in terms of structural design, material selection and potential applications. In addition, the potential difficulties and possible
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A Chinese scientific research group composed of many PHD returnees from overseas recently developed a wind power generating system based on thin film nanogenerator, which provided wind
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We report a triboelectric nanogenerator (TENG) that plays dual roles as a sustainable power source by harvesting wind energy and as a self-powered wind vector sensor system for wind
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This Review analyses developments, costs and challenges of wind-driven triboelectric nanogenerators and evaluates research directions towards industrial applications.
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This study is to develop a fully packaged vortex-induced vibration triboelectric nanogenerator (VIV-TENG) for scavenging wind energy. The VIV-TENG consists of a wind vane,
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To capture energy from even gentle breezes, we developed a bird feather-inspired TENG that functions as a wind harvester and alternator simultaneously, converting wind energy into power
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The incorporation of wind-driven nanogenerators with energy management systems and multifunctional smart sensing systems, as well as the use of innovative materials and micro/nanofabrication
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Compared with traditional wind electromagnetic generators, wind triboelectric nanogenerator (wind-TENG) has unique advantages such as lightweight, low cost, and low start-up
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Herein, we propose a wind-driven TENG structure with a cross-shaped dielectric film bent in four directions (C-TENG), which can produce a suitable external power supply in all wind
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This study successfully developed a wind-induced film vibration triboelectric generator to harvest the wasted wind energy in urban. Integrating the stackable dual-blade structure into TENG
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