Advanced Wireless Power Transfer Technologies for Intelligent Electrified Systems
This special issue belongs to the section "Power Electronics".
Special Issue Information
Dear Colleagues,
Wireless power transfer (WPT) is becoming an enabling technology for next-generation electrified and intelligent systems. Driven by the rapid development of electric vehicles, autonomous robots, unmanned aerial vehicles, underwater systems, implantable devices, consumer electronics, and smart manufacturing, WPT technologies are moving beyond conventional stationary charging toward high-efficiency, high-power-density, misalignment-tolerant, dynamic, and intelligent energy delivery. These emerging applications require advances not only in magnetic coupling structures and compensation networks but also in power electronics, control, sensing, communications, thermal management, electromagnetic compatibility, and system-level optimization.
This Special Issue will provide a timely platform for recent advances in wireless power transfer technologies and their applications in intelligent electrified systems. Its focus includes, but is not limited to, magnetic coupler design, resonant compensation topologies, high-frequency power converters, dynamic and in-motion charging, multi-load and multi-transmitter systems, foreign object detection, electromagnetic safety, AI-enabled modeling and control, digital twins, and integrated WPT systems for electric vehicles, robotics, medical devices, industrial automation, and smart infrastructure.
Compared with the existing literature, which often treats WPT components, converters, and control methods separately, this Special Issue emphasizes system-level design, cross-domain integration, and application-oriented innovation. It prioritizes high-quality original research articles and reviews that bridge circuits, systems, power electronics, electromagnetics, control, and intelligent applications. We welcome both theoretical and experimental contributions that can advance the efficiency, reliability, safety, interoperability, and practical deployment of wireless power transfer systems.
Dr. Ben Zhang
Guest Editor Assistant
Dr. Shuai Wu
Dr. Zhenjie Li
Dr. Beibei Song
Guest Editors
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Keywords
- wireless power transfer
- inductive power transfer
- magnetic coupler
- resonant compensation
- power electronics
- high-frequency converters
- dynamic wireless charging
- electric vehicles
- autonomous systems
- robotics
- misalignment tolerance
- multi-physics modeling
- intelligent control
- AI-enabled optimization
- electromagnetic safety
- foreign object detection
- digital twin
- energy conversion systems
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