Shaopu Zhou

Papers

Total Citations

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About

Shaopu Zhou is a researcher advancing the frontier of optical wireless power transmission (OWPT), a transformative technology that uses lasers or LEDs to deliver electrical power without physical connections. His most cited work, "Design of face-to-face optical wireless power transmission system based on robot arm visual tracking" (2023, 2 citations), introduces a novel integration of OWPT with robotic vision systems. Zhou’s key contribution lies in solving a critical challenge in wireless power delivery: maintaining precise alignment between the transmitter and receiver. By employing a robot arm equipped with visual tracking, his system dynamically adjusts the optical path, enabling stable, face-to-face power transfer even in mobile or changing environments. This innovation bridges the gap between autonomous robotics and energy transmission, with potential applications in industrial automation, remote device charging, and space operations. While his citation count is still emerging, the work demonstrates a pioneering approach to combining computer vision with power electronics. Zhou’s research is particularly notable for its practical, systems-level thinking—moving OWPT from static setups to adaptive, real-world scenarios. For students and researchers, his work offers a compelling glimpse into how intelligent tracking can unlock the full potential of wireless energy, making power delivery as seamless as data transmission.