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Information × Registration Number 0126U001717, R & D request Title Methods and models of dynamic wireless energy transfer based on hybrid coupling Head Bohdan P. Pakhaliuk, Доктор філософії Registration Date 10-02-2026 Organization Chernihiv Polytechnic National University popup.description1 Development of methods, models and an experimental prototype of hybrid inductive-capacitive coupling systems for dynamic wireless energy transfer for transport and logistics platforms, which will ensure high efficiency, stability of output power when changing the receiver position and the possibility of easy scaling for use in industry and everyday life. Improvement of mathematical models of hybrid inductive-capacitive coupling, which would take into account parasitic coupling, frequency effects (eddy currents) and spatial displacement of the receiver. Obtaining small fluctuations in output power due to algorithms and methods of controlling the dynamic wireless power transfer system, which will also allow maintaining optimal energy transfer efficiency. Creation of a software environment and tools for modeling and analyzing dynamic wireless power transfer systems and analyzing the relationship between their electromagnetic and energy parameters in different frequency modes and different numbers of transmitter phases. Experimental verification of analytical models and algorithms on a prototype of a dynamic wireless energy transfer system. Development of sensorless methods for measuring the coupling coefficient of a multi-coil system in dynamic mode and ensuring automated data collection. Dissemination of research results through publications, conferences, seminars, workshops and open repositories to ensure open science. popup.nrat_date 2026-02-10 Close