Xiaorui Wu

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About

Xiaorui Wu is a researcher specializing in wireless power transmission and robotic charging systems, with a focus on magnetic coupling mechanisms and efficient energy transfer. Their major contributions include pioneering work on a robot wireless charging system that employs constant-voltage and constant-current mode switching, addressing the limitations of traditional wired charging by enabling automated, hands-free operation. This research, published in 2022 and garnering 11 citations, overcomes the inconvenience and manual intervention required for electrical connections. Additionally, Wu designed a novel magnetic coupling mechanism for wireless power transmission systems, combining disc and spiral coils to support dynamic, three-dimensional charging for smart robots. This design, cited 3 times, avoids frequency splitting in short-distance applications, enhancing system stability. Wu’s work advances the practicality of wireless charging in robotics, reducing human involvement and improving operational efficiency. Their achievements highlight a commitment to solving real-world engineering challenges, making their research valuable for students and researchers exploring autonomous systems and energy transfer technologies.