Guoxing Wu

Papers

Total Citations

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About

Guoxing Wu is a robotics researcher whose work focuses on advancing automation and safety in electrical power systems, particularly through the development of specialized robots for substation and transformer maintenance. His key research areas include intelligent robot control systems, live-line maintenance automation, and fault detection in high-risk electrical environments. Wu’s major contributions lie in designing WiFi-controlled robots for oil-immersed transformer fault detection, addressing the challenges of heavy workloads and contamination risks during manual inspections. He has also developed a robot control system for live maintenance of substation equipment, integrating the ROS framework with main and auxiliary controllers, sensors, and actuators to enhance automation and insulation reliability. While his most-cited papers have garnered modest attention (4 citations each), they represent foundational work in a niche yet critical field—improving the safety and efficiency of electrical grid maintenance. Wu’s research is particularly notable for its practical application to real-world industrial problems, offering solutions that reduce human exposure to dangerous environments. His work continues to influence the development of autonomous systems for power infrastructure, making him a valuable contributor to the intersection of robotics and electrical engineering.