Yushi Miura

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About

Yushi Miura is a researcher advancing the frontier of wireless power transfer (WPT), with a focus on multiphase and direct AC systems. Their work addresses a critical gap in the field: most WPT systems are designed for DC loads, requiring additional inverters for AC applications. Miura’s key contributions include pioneering the use of frequency modulation (FM) and amplitude modulation techniques to enable direct AC wireless power transfer to multiple receivers from a single transmitter. This innovation simplifies system architecture and reduces component count, making it highly relevant for applications like in-wheel motors and industrial automation. Their 2021 paper, "Multiphase Direct AC Wireless Power Transfer System," has garnered 9 citations, reflecting growing interest in this approach. Earlier work, including a 2019 feasibility study on multiphase WPT using FM, laid the groundwork for these advances. Miura’s research is notable for its practical orientation, aiming to streamline power delivery in complex systems where multiple AC loads must be powered wirelessly. By eliminating the need for intermediate DC-AC conversion, Miura’s contributions promise to enhance efficiency and reduce costs in next-generation wireless power networks.