Chujie Zeng

Title: Chujie Zeng: Innovator in Forced Oscillation Source Location Determination

Introduction

Chujie Zeng, based in Knoxville, TN, is a distinguished inventor with a keen focus on advancements in power system signal analysis. His innovative methodologies have significantly contributed to understanding oscillation modes within electrical networks.

Latest Patents

Zeng holds a patent for a method titled "Forced oscillation source location determination based on oscillation mode angle analysis using synchrophasor data." This inventive approach involves processing synchrophasor measurements received from multiple phasor measurement units (PMUs) to identify the geographic location of forced oscillation sources within power systems. The method utilizes phase angles, frequency values, and timestamps to determine dominant mode frequencies and mode angles, ultimately allowing precise localization of oscillation signal sources.

Career Highlights

Chujie Zeng's work is closely associated with the University of Tennessee Research Foundation. His academic tenure marks a significant contribution to electrical engineering and power systems. Zeng’s innovative techniques have wide implications in enhancing the stability and reliability of power networks.

Collaborations

Throughout his career, Zeng has collaborated with notable peers, including Yilu Liu and Weikang Wang. These partnerships have fostered a dynamic research environment, paving the way for groundbreaking advancements in oscillation analysis methods.

Conclusion

Chujie Zeng's contributions to forced oscillation source location determination reflect his dedication to innovation in the field of power systems. With a focus on synchrophasor data analysis, his patent underscores the potential for improved stability in electrical networks, highlighting the importance of collaborative research efforts in driving technological advancements.