Research Projects


Current Projects

RESEARCH ON ACTIVE AND RAPID SUPPORT TECHNOLOGY OF TRANSIENT FREQUENCY AND VOLTAGE FOR PHOTOVOLTAIC/WIND FARM STATIONS
Topic Investigator Dec. 2021 - Nov. 2025
  • Funded by National Key Research and Development Program of China (No. 2021YFB2400500)
  • Studied the difference and integration between Grid-Forming (GFM) and Grid-Following (GFL) converters
  • Conducted qualitative and quantitative analysis of transient stability, by Equal area criterion (EAC) and Lyapunov function
  • Proposed Virtual Synchronous Generator (VSG)-based converters stabilization control methods
  • Verified by Hardware-in-the-Loop (HIL) experiment, utilizing the RT-Box and PLECS



RESEARCH ON FRIENDLY GRID-SUPPORTING AND ONLINE EVALUATION TECHNOLOGY OF NEW ENERGY FOR BILATERAL SERVICE BETWEEN PLANT AND GRID
Project Investigator Jun. 2021 - Dec. 2022
  • Funded by Jiangsu Power Grid Corporation Scientific Research Project (No. J2021012)
  • Studied Kmeans-based PV generation units clustering and characteristics extraction technology
  • Constructed the fault self-diagnosis evaluation system of PV, aiming to accurately locate the fault panel
  • Proposed the VSG-based inertia evaluation and control method for PV system to realize the friendly interaction



Completed Projects

RESEARCH ON DISTRIBUTION NETWORK PLANNING AND POWER SUPPLY RESTORATION TECHNOLOGY FACING THE RELIABILITY NEEDS OF END USERS
Topic Investigator Jan. 2020 - Dec. 2021
  • Funded by State Grid Corporation Headquarters Technology Project (No. 5400-202012118A-0-0-00)
  • Proposed innovatively the distributed network reliability evaluation index based on the value engineering theory
  • Established a comprehensive reliability evaluation index system considering the number of users and power supply capacity
  • Calculated the reliability evaluation index weight based on Analytic hierarchy process (AHP)-Entropy weight method (EWM)



RESEARCH ON INTERACTION AND COUPLING CHARACTERISTICS OF MULTI-ENERGY FLOW IN INTEGRATED ENERGY SYSTEM
Project Investigator Sep. 2019 - Dec. 2020
  • Funded by Jiangsu Power Grid Corporation Scientific Research Project (No. J2019082)
  • Studied the various characteristics of multi-energy flows on different spatio-temporal scales
  • Established a matrix modeling of energy hub to portray the conversion relationships between multi-energy flows
  • Proposed power-to-gas (P2G) optimized scheduling model of IES based on second-order cone programming (SOCP)
  • Verified the feasibility, economy, low carbon, and effectiveness of the proposed mechanism by MATLAB/CPLEX + Yalmip



Testimonials

Now, I am supervised by Prof. Jianhua Wang at Southeast University (SEU), through the exam-free postgraduate recommendation in 2020. Since my sophomore year 2017 in North China Electrical Power University (NCEPU), I joined Prof. Zhenyu Zhou’s Lab and actively participated in scientific research. After that, my undergraduate thesis was supervised by Prof. Bo Zeng.


“From the perspective of his master advisor, I would evaluate Mr. Yin as one of the best students I taught, based on my experience from 12 years of teaching. Mr. Yin always smiles and shows a positive attitude in daily life. He is friendly and willing to help others.”
Prof. Jianhua Wang, Southeast University

“During the process of his staying in my lab, I am sincerely delighted with his growth: from a novice in reading academic paper to the first author of an IEEE journal paper. With outstanding academic outcomes, he ranked top 1% in his major and granted "Excellent Graduate of Beijing".
Prof. Zhenyu Zhou, North China Electric Power University

“Before weekly meetings, he always prepared the materials carefully, which made our discussions more efficient and time-saving. In addition, excellent organizational skills and leadership can be found in Mr. Yin. He will deliver on his role as the group leader.”
Prof. Bo Zeng, North China Electric Power University


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