Professor Jae-Young Park's Team Develops a Hybrid Self-Powered Arbitrary Wave Motion Sensing System for Real-Time Wireless Marine Environment Monitoring Application

- Development of a self-powered platform based on electromagnetic induction with an elliptical structure that can produce high-output electricity even in small waves

- Development of triboelectric-based self-powered motion sensors that can monitor detailed information of waves in real time

- Used for weather forecasting, Oceanography, marine navigation, aquaculture, and exploring sea resources

Professor Jae-Young Park's team (Department of Electronic Engineering) has succeeded in developing a self-powered sensor platform that can monitor marine water quality and the environment in real time without a battery using the principles of electromagnetic induction. and triboelectricity.

Hybrid Self-Powered Arbitrary Wave Motion Sensing System Performance Graph

This research was carried out with the support of the Research Foundation's mid-level research project (NRF-2020R1A2C2012820). The research results were published and selected as the cover image in Advanced Energy Materials (IF: 29.368) published by Wiley, the world's leading journal, specializing in energy technology.

Journal Cover Photo

Wiley Article: https: https://doi.org/10.1002/aenm.202270025

Korean Article: https://www.kw.ac.kr/ko/life/research.jsp?BoardMode=view&DUID=38908&tpage=1&searchKey=1&searchVal=&srCategoryId=