Kibok Lee

Papers

Total Citations

171

H-Index

About

Kibok Lee is a prominent researcher in the field of wireless power transfer and dynamic inductive charging systems, with significant contributions that have shaped modern approaches to electric vehicle and robotic charging technologies. His landmark 2013 work on "Reflexive Field Containment in Dynamic Inductive Power Transfer Systems," which has garnered 171 citations, introduced a groundbreaking topology for wireless charging of moving objects across large designated areas. This research proposed an innovative multi-coil transmitter architecture scaled to accommodate moving receivers, addressing one of the most persistent challenges in wireless energy transfer: maintaining efficient power delivery to objects in motion. By tackling field containment in dynamic environments, Lee's work laid critical theoretical and practical groundwork for infrastructure that could one day enable continuously charging electric vehicles on roadways and autonomous robots in industrial settings. His research sits at the intersection of power electronics, electromagnetic field theory, and sustainable transportation technology, making it highly relevant to engineers and scientists working on next-generation mobility solutions. Students exploring wireless power transfer, smart charging infrastructure, or electric vehicle technology will find Lee's contributions an essential reference point in the field.