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TurboDriver

Entered program in 2024

Gate driving solutions for grid-connected converter

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Zhixing Yan Aalborg University (AAU)
Renewable Energy
Silicon Carbide
Power Electronics

As the present power grid rapidly transitions toward renewable energy, the Europe grid-connected converter market was valued at $3.8 billion in 2023 and is anticipated to grow at a CAGR of 15.9% until 2032. However, meeting the government’s requirements for transient over-current capability remains a challenge for state-of-the-art grid-connected converters, which incurs high costs due to the lack of efficient solutions for transient over-current. ‘TurboDriver’ can significantly enhance over-current capacity by 42% to 75% and reduce disturbance noise by 75% during over-current periods. Notably, this method is cheap and effective, requiring only an upgrade to a single gate driver in the systems. The proposed methods can be applied in integrated circuits or acted as discreate devices, which enable two highly growing industry, power semiconductor industry, and renewable energy conversion industry.

Zhixing Yan

Zhixing Yan is currently working toward his Ph.D. degree in power electronics at Aalborg University, Aalborg, Denmark. His current research interests include medium-voltage converters and SiC gate driving technique. Mr. Yan received the First Prize Award at the EPE ECCE Europe Innovation Design Challenge in 2023.

This project is supported by Spin-outs Denmark, a unique program that invests in researchers who create more impact by starting research-based companies.