Jialong Qu

Title: **Innovative Contributions of Jialong Qu in Wireless Power Transfer Systems**

Introduction

Jialong Qu, an inventor based in Harbin, China, has made significant strides in the field of wireless power transfer systems. With a focus on innovative technologies, his work enhances the capabilities of high-voltage insulation systems. Qu holds one patent that showcases his inventive prowess and commitment to advancing this crucial technology.

Latest Patents

Jialong Qu's notable patent is for a **Wireless Power Transfer System**. This invention details devices and systems involving inductive-capacitive (LC) coil-resonators that can be seamlessly embedded within high-voltage insulation discs. Each LC coil-resonator consists of spiral conductive tracks constructed on electrically non-conductive materials, featuring at least two layers of planar spiral windings. The configuration permits the connection of multiple windings into a closed formation. This innovative design utilizes the distributed inductance and capacitance between the conductive layers to create an equivalent LC coil-resonator. When integrated into high-voltage insulation rods, these coil-resonators function as relay components for efficient wireless power transfer.

Career Highlights

Currently, Jialong Qu is associated with the University of Hong Kong, where he continues to expand his research in electrical engineering and related fields. His academic environment not only provides resources for groundbreaking work but also fosters an atmosphere of collaboration and innovation within his team.

Collaborations

At the University of Hong Kong, Qu collaborates with esteemed colleagues, including Chi Kwan Lee and Shu Yuen Ron Hui. Their combined expertise in electrical engineering and power systems plays a crucial role in pushing the boundaries of wireless technologies. These collaborations help facilitate new ideas and further advancements in the field.

Conclusion

Jialong Qu exemplifies the spirit of innovation within the realm of wireless power transfer systems. His patent represents a vital contribution to the advancement of high-voltage insulation technologies, showcasing the potential for further development in this area. With ongoing research and collaborations at the University of Hong Kong, Qu's work is set to impact future technological advancements effectively.