posted on 2022-12-09, 10:05authored byP Basset, SP Beeby, C Bowen, ZJ Chew, A Delbani, Ishara DharmasenaIshara Dharmasena, B Dudem, FR Fan, D Galayko, H Guo, J Hao, Y Hou, C Hu, Q Jing, YH Jung, SK Karan, S Kar-Narayan, M Kim, SW Kim, Y Kuang, KJ Lee, J Li, Z Li, Y Long, S Priya, X Pu, T Ruan, SRP Silva, HS Wang, K Wang, X Wang, ZL Wang, W Wu, W Xu, H Zhang, Y Zhang, M Zhu
<p>Piezoelectric nanogenerator (PENG) was first introduced by using piezoelectric nanowires for converting tiny mechanical energy into electric power. Research in nanogenerators has been vastly expanded in the last decade due to the invention of the triboelectric nanogenerator (TENG). As of today, the definition of nanogenerator has far exceeded its traditional meaning, and it represents a field that uses the Maxwell’s displacement current to convert mechanical energy into electric power/signal. This field is attracting a wide range of interest due to the huge advances in the internet of things, big data, sensor network, robotics, and artificial intelligence. TENGs are playing a key role in harvesting high entropy energy distributed in our living environment for effective driving of distributed electronics and systems.</p>
Funding
Energy Harvesting Triboelectric Nano-Generators for the Internet-of-Things
Engineering and Physical Sciences Research Council
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