Huimin Peng

Title: Huimin Peng: Innovator in Power System Preventive Control

Introduction

Huimin Peng is a notable inventor based in Jiangsu, China. She has made significant contributions to the field of power systems, particularly in the area of preventive control measures. Her innovative approach addresses the challenges posed by external environmental factors on power systems.

Latest Patents

Huimin Peng holds a patent titled "Method of Power System Preventive Control Candidate Measures Identification Self-Adaptive to External Environment." This method is designed for the dynamic identification of stations and power equipment affected by calamities. It also includes the judgment of preventive control measures that may lose or restore control capability, as well as those for which control range or cost has changed. The automatic online identification of preventive control candidate measures involves two main tasks: identifying stations and power equipment under the effect of calamity and adjusting the space of preventive control measures. The method performs online dynamic quantitative assessments of stations and equipment based on the probability of power transmission line faults due to calamities. It automatically corrects the control range and cost of measures according to their effects on equipment, ensuring that preventive control results adapt to real-time external environments, thereby enhancing the feasibility and economy of auxiliary decision-making.

Career Highlights

Throughout her career, Huimin Peng has worked with prominent organizations such as Jiangxi Electric Power Company and the State Grid Electric Power Research Institute. Her experience in these institutions has allowed her to develop and refine her innovative methods in power system management.

Collaborations

Huimin has collaborated with notable colleagues, including Xuecheng Jin and Haohao Wang. These partnerships have contributed to her research and development efforts in the field of power systems.

Conclusion

Huimin Peng's contributions to power system preventive control demonstrate her innovative spirit and commitment to enhancing the reliability of power systems. Her work not only addresses current challenges but also paves the way for future advancements in the field.