Jin-Yong Lee
Papers
1
Total Citations
4
H-Index
1
About
Jin-Yong Lee is a researcher focused on the intersection of piezoelectric energy harvesting, industrial IoT, and worker safety systems. His most cited work introduces the P.H.A.S (Piezoelectric energy Harvesting based Access control System), a novel approach that harnesses motor vibration to power IoT sensors for predictive maintenance and accident prevention in industrial robotics. By enabling self-powered condition monitoring, Lee’s research addresses critical challenges in smart manufacturing—reducing downtime and enhancing workplace safety without external power sources. Though his citation count (4) reflects a niche but emerging field, his contribution lies in demonstrating how energy harvesting can be practically integrated into access control and motor management. This work lays groundwork for sustainable, autonomous sensor networks in Industry 4.0, where vibration energy is often abundant yet untapped. Lee’s innovation is particularly notable for its dual focus: preventing worker injuries while optimizing equipment lifecycles. As industries increasingly prioritize green automation and safety, his P.H.A.S concept offers a scalable, low-maintenance solution. Future researchers may build on his framework to expand energy harvesting applications across broader industrial contexts.
Research Focus
Key Achievements
Top Papers
- 1