Haoyue Qu

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About

Haoyue Qu is a researcher whose work lies at the intersection of inductive power transfer (IPT) and robotics, with a particular focus on enhancing the efficiency and reliability of automated logistics systems. Their key research areas include misalignment-tolerant power transfer, integrated coupler design, and parameter tuning for IPT systems. Qu’s most notable contribution is the development of a dual-purpose coupler for tram logistics robots, which simultaneously handles power transmission and self-compensation, significantly improving system robustness against misalignment. This innovation, detailed in their highly cited 2020 study, addresses a critical challenge in wireless charging for industrial robots—maintaining stable power delivery even when positioning is imperfect. With 6 citations, this work has already garnered attention from peers in power electronics and automation. Qu’s research is particularly impactful for the growing field of autonomous logistics, where reliable, contactless energy transfer is essential for continuous operation. Their work exemplifies a practical, systems-level approach to solving real-world engineering problems, making it a valuable reference for students and researchers exploring wireless power solutions in robotics.