Yuanliang Fan

Fujian Electric Power Survey & Design Institute

Papers

Total Citations

H-Index

About

Yuanliang Fan is a robotics engineer specializing in intelligent automation for power systems, with key research areas spanning live working robots, wireless power transfer, and motion control algorithms. His most impactful work includes the development of an improved S-curve flexible acceleration and deceleration algorithm for smart live working robots, which enhances automation rates and operational safety in power distribution networks by mitigating mechanical strikes and shakes during automatic wire stripping. This paper has garnered 6 citations for its practical contributions to robotic precision. Fan has also advanced the field of wireless charging for patrol robots through an active shielding design that reduces electromagnetic interference from coupling mechanisms in non-working areas, a critical innovation for safe, plug-in-free charging in sensitive environments. His research directly addresses real-world challenges in power grid maintenance, combining algorithmic optimization with electromagnetic compatibility solutions. With a focus on bridging theoretical robotics with industrial applications, Fan’s work supports the growing demand for autonomous systems in utility infrastructure, demonstrating measurable impact through citation recognition and practical deployment potential.