Chung, JihoonJihoonChungHeo, DeokjaeDeokjaeHeoCha, KyunghwanKyunghwanChaZONG-HONG LINHong, JinkeeJinkeeHongLee, SangminSangminLee2023-03-022023-03-022021-05-2125890042https://scholars.lib.ntu.edu.tw/handle/123456789/628870Hydropower generation is a well-known electricity generation technique that uses Faraday's law and hydraulic turbines. Recently, a triboelectrification-based electricity generation device, using water as the triboelectric material (W-TEG) was developed. In addition to the enhancement of the electrical output performance through the operation mechanism, the characteristics of the W-TEG must be examined at the design level to facilitate its portable application. Therefore, in this work, we developed a portable water-sloshing-based electricity generator (PS-EG) that can produce a high electric output and achieved its closed-loop circuit design and quantitative analysis for portable applications. The proposed PS-EG produced peak open-circuit voltage (V OC ) and closed-circuit current (I CC ) of up to 484 V and 4.1 mA, respectively, when subjected to vibrations of 2 Hz. The proposed PS-EG can be effectively used as an auxiliary power source for small electronics and sensors.enDevices; Energy Resources; Energy Systemsjournal article10.1016/j.isci.2021.102442340079612-s2.0-85104914972WOS:000653990500056https://api.elsevier.com/content/abstract/scopus_id/85104914972