Jinde Wu
Papers
3
Total Citations
81
H-Index
2
About
Jinde Wu is a researcher specializing in wireless power transfer (WPT) systems, with a particular focus on bidirectional energy transmission, multi-stage architectures, and coupling mechanisms for advanced robotic and industrial applications. His work addresses critical challenges in powering complex systems such as monorail robots, robotic arms, and snake robots, where conventional power delivery methods fall short due to mechanical constraints and dynamic load variations. Among Wu's most notable contributions is his development of an energy injection method that significantly improves the power transfer capability of bidirectional WPT systems with multiple pickups, enabling primary power supplies to operate below total rated pickup power — a meaningful efficiency breakthrough that has garnered 44 citations. He has also advanced the field through innovative multi-degree-of-freedom coupling mechanisms designed for multistage WPT systems, accommodating joint rotation and load variability in robotic arms, earning 35 citations. His complementary work on constant output-voltage design for multi-stage bidirectional WPT systems further demonstrates his systematic approach to reliable energy delivery across multiple loads. Wu's research is particularly impactful for the robotics and industrial automation communities, offering practical solutions that expand the operational flexibility and energy efficiency of next-generation wireless power systems.
Research Focus
Key Achievements
Top Papers
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