Dynamic Wireless Power Transfer Based on Hybrid Inductive–Capacitive Coupling

Dynamic Wireless Power Transfer Based on Hybrid Inductive–Capacitive Coupling

          On February 20 at 15:00, an online seminar dedicated to dynamic wireless power transfer based on hybrid inductive–capacitive coupling was held. The event was organized by Chernihiv Polytechnic National University.

          During the seminar, modern approaches to designing dynamic wireless power transfer systems were presented, in particular the concept of combining inductive and capacitive coupling. Special attention was paid to improving energy transfer efficiency under motion conditions, reducing electromagnetic impact, sensorless activation of transmitting segments, and the scalability potential of such systems.

          The presentation covered:

• the relevance of developing dynamic wireless power transfer for electric transport and autonomous mobile platforms;
• challenges of traditional inductive systems (sensitivity to misalignment, losses, and size constraints);
• mathematical models and approaches to modeling hybrid structures;
• preliminary experimental results and directions for further research.

          The seminar speaker was Bohdan Pakhalyuk, PhD, a lecturer and researcher in the field of power electronics and wireless energy transfer. The event brought together researchers, academic staff, PhD students, and students of specialty 141 – Electric Power Engineering, Electrical Engineering and Electromechanics, as well as anyone interested in modern energy efficiency technologies and contactless power transfer.

          The seminar became a platform for professional discussion on the prospects of implementing dynamic wireless power systems in transport and industrial infrastructure.

          More details are available in the video at the following link: https://www.youtube.com/watch?v=ilOVjHpLt6Q