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About
Jingqi Li is a researcher focused on the intersection of robotics and electromagnetic compatibility, with a particular emphasis on the safe and reliable operation of automated systems in high-interference industrial environments. Li’s most notable contribution is the 2024 paper “Analysis and Improvement Measures of Anti-Electromagnetic Interference for Transformer Oil Extraction Robots,” which provides a rigorous framework for evaluating and enhancing the electromagnetic resilience of unmanned robots operating near live power transformers. This work systematically defines the key electromagnetic interference challenges faced by oil extraction robots and establishes standardized electromagnetic compatibility test items and rating criteria to assess their anti-disturbance performance. By bridging the gap between robotic automation and power infrastructure maintenance, Li’s research addresses a critical safety and reliability concern in the energy sector. Although the paper has garnered 1 citation to date, its practical significance lies in offering actionable design guidelines for engineers developing robots for harsh electromagnetic environments. Li’s work is especially valuable for students and researchers interested in field robotics, electromagnetic shielding, and the integration of autonomous systems into legacy industrial settings where electromagnetic noise poses a persistent threat to operational integrity.
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