Papers
3
Total Citations
8
H-Index
2
About
Chenyu Hu is a robotics engineer focused on advancing autonomous maintenance systems for electric power infrastructure. His research centers on three interconnected areas: robotic control systems for live-line maintenance, precision positioning algorithms for insulator inspection, and force-sensing optimization for dexterous manipulation in high-voltage environments. Hu’s most cited work, “Precise Positioning Method for Insulator Sheds Based on Depth Horizontal Histogram” (4 citations), tackles the critical challenge of enabling cleaning robots to reliably locate insulator sheds amid cluttered substation backgrounds—a foundational step for grid maintenance safety. He further contributed to the design of a 110kV live-maintaining robot control system (2 citations), proposing an equipotential robot architecture that operates safely within the narrow, complex conditions of energized substations. In “Optimization of Robot End-Effector Load Gravity Compensation for Unmanned Live Work” (2 citations), Hu applies an improved Particle Swarm Optimization algorithm to calibrate six-dimensional force sensors, allowing distribution network robots to perform contact tasks with enhanced flexibility. Collectively, his work bridges the gap between theoretical control algorithms and practical, high-risk utility operations, directly supporting the push toward unmanned, safer electrical grid maintenance.
Research Focus
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