Shu-Syuan Huang

Title: Innovations of Shu-Syuan Huang: A Pioneer in Sensorless Measurement and Ripple Compensation

Introduction

Shu-Syuan Huang is a notable inventor based in Changhua County, Taiwan, with a prolific portfolio that includes five patents. His work primarily focuses on advancements in electrical measurement and energy conversion technologies, demonstrating his commitment to innovation in the field.

Latest Patents

Among his latest innovations, Huang has developed a sensorless measurement method and device for filter capacitor current utilizing a state observer. This device integrates a chip comprising the state observer, which retrieves critical voltage values to produce an average current reading devoid of ripples, thus enhancing measurement accuracy.

Another significant patent by Huang is a method of ripple-compensation control and an electrical energy conversion device employing this technique. This method is designed for an electrical energy conversion device, which includes a converter and controller that work together to optimize the voltage at a DC node. The incorporation of a ripple-compensation unit provides a novel way to manage voltage variations, thus increasing the efficiency of energy conversion processes.

Career Highlights

Huang is affiliated with the Industrial Technology Research Institute, a prominent organization that supports technological innovation and development. His contributions have played a vital role in pushing the boundaries of what is possible in the realm of electronic measurement and energy efficiency.

Collaborations

Throughout his career, Huang has collaborated with esteemed colleagues, including Yoshihiro Konishi and Zong-Zhen Yang. These partnerships have facilitated knowledge exchange and fostered innovative solutions in their collective research endeavors.

Conclusion

Shu-Syuan Huang's work exemplifies a blend of creativity and technical prowess. Through his groundbreaking patents and collaboration with peers, he continues to make significant contributions to innovations in measurement and energy systems, solidifying his place as a key figure in his field.