Wenlan Gong

Papers

Total Citations

H-Index

About

Wenlan Gong is a researcher focused on advancing wireless power transmission technologies, particularly for robotic systems. Her work addresses critical challenges in autonomous charging by developing efficient, hands-free solutions that eliminate the need for manual electrical connections. Gong’s most-cited paper, “Research on robot wireless charging system based on constant-voltage and constant-current mode switching” (2022, 11 citations), introduces a switching mechanism that ensures stable and safe charging for robots, overcoming limitations of traditional wired systems. In a complementary study, “Design of magnetic coupling mechanism for wireless power transmission system based on magnetic flux analysis” (2022, 3 citations), she proposes a novel magnetic coupling structure combining disc and spiral coils. This design prevents frequency splitting, enabling reliable power transfer in dynamic, three-dimensional environments—ideal for smart robots. Though early in her career, Gong’s contributions are gaining recognition for their practical impact on autonomous systems. Her work not only enhances robotic mobility and operational efficiency but also paves the way for broader adoption of wireless charging in industrial and service robotics. With a clear focus on innovation and real-world application, Gong is a promising voice in the field of wireless energy transfer.