Guanqiu Lin

Title: Innovations of Guanqiu Lin in Power System Technology

Introduction

Guanqiu Lin is a notable inventor based in Shenzhen, China. He has made significant contributions to the field of power systems through his innovative approaches and patented technologies. His work focuses on enhancing the efficiency and reliability of power systems, particularly through the management of bleeder currents.

Latest Patents

Guanqiu Lin holds a patent for a "Bleeder current control circuit, control method and distortion signal processing method." This invention outlines a bleeder current control method that includes several steps. The rectifier bridge transmits a post-bridge input signal to the power system. The shaping circuit then obtains this signal and shapes it into a bleeder current reference signal, which is inversely correlated with the initial post-bridge input signal. The method involves acquiring a current sampling signal that represents the bleeder current and comparing the error of this signal with the bleeder current reference signal to obtain an error signal. The current sampling signal is controlled based on the error signal, ensuring that it outputs according to the waveform of the bleeder current reference signal. This process provides a reliable and full-time sine wave envelope signal to the power system, thereby reducing losses caused by the bleeder current.

Career Highlights

Guanqiu Lin is currently employed at Shenzhen Kiwi Instruments Corporation, where he continues to develop innovative solutions for power systems. His expertise in circuit design and signal processing has positioned him as a valuable asset in his field.

Collaborations

Guanqiu Lin collaborates with talented colleagues such as Weixiang Jin and Xiufeng Yu. Their combined efforts contribute to the advancement of technology in their industry.

Conclusion

Guanqiu Lin's contributions to power system technology through his innovative patents demonstrate his commitment to improving efficiency and reliability in electrical systems. His work continues to influence the field positively.