Xianbo Wang

Title: Innovations by Xianbo Wang in Microgrid Technology

Introduction

Xianbo Wang is an accomplished inventor based in Sanya, China. He has made significant contributions to the field of microgrid technology, focusing on privacy protection and resilience against attacks. With a total of 2 patents, his work is paving the way for advancements in secure and efficient microgrid operations.

Latest Patents

Wang's latest patents include a "Method and system for protecting privacy in microgrids based on homomorphic encryption algorithm." This innovative method aims to enhance privacy protection in microgrids by designing a distributed cooperative control method. It achieves frequency restoration while safeguarding the initial and real-time values of distributed power sources from unauthorized disclosure. The method has been verified through simulation experiments, demonstrating its effectiveness in enhancing trustworthy monitoring capabilities.

Another notable patent is the "Microgrid self-triggering control method and system for resisting FDI attacks." This method employs primary control based on droop control and a secondary control strategy that includes frequency recovery and fair distribution of active power. It also incorporates a distributed self-triggering control method using hash encryption to detect and eliminate malicious data injected into the microgrid's communication links. This innovation ensures that the microgrid can maintain its distributed secondary control targets even under attack.

Career Highlights

Xianbo Wang is affiliated with Zhejiang University, where he continues to advance research in microgrid technologies. His work is characterized by a strong emphasis on security and efficiency, making significant strides in the field.

Collaborations

Wang collaborates with notable colleagues, including Yulin Chen and Shenjun Weng, to further enhance the impact of his research and innovations.

Conclusion

Xianbo Wang's contributions to microgrid technology through his innovative patents are crucial for the future of secure and efficient energy systems. His work not only addresses current challenges but also sets the stage for future advancements in the field.