Jin Ouyang
Papers
1
Total Citations
3
H-Index
1
About
Jin Ouyang’s research centers on wireless power transmission, with a particular focus on magnetic coupling mechanisms for dynamic charging systems. His most-cited work, “Design of magnetic coupling mechanism for wireless power transmission system based on magnetic flux analysis” (2022), proposes an innovative magnetic coupler combining disc and spiral coils. This design addresses a critical challenge: enabling efficient, frequency-splitting-free power transfer for devices like smart robots that move arbitrarily in three-dimensional space. By integrating magnetic flux analysis, Ouyang’s mechanism ensures stable energy delivery over varying distances and orientations, advancing the practicality of wireless charging for autonomous systems. While his citation count remains early-stage (3 citations), the work’s novelty in coupling topology—merging planar and solenoidal geometries—marks a foundational contribution to the field. Ouyang’s research bridges theoretical flux modeling and real-world application, targeting the growing demand for flexible, dynamic power solutions in robotics and IoT. His approach offers a pathway to more robust wireless energy networks, positioning him as an emerging voice in electromagnetic design for next-generation charging infrastructure.
Research Focus
Key Achievements
Top Papers
- 1