Power System Dynamics and Stability, 2nd Edition

Dear Colleagues,

With the increase in power electronic components and equipment, the power electronization of new power systems will lead to fundamental changes in their structural characteristics, operating characteristics, and control mode, causing complex electromagnetic transient processes and dynamic stability problems. These will challenge the safe and stable operation of power systems. To ensure the safe and stable operation of power electronic systems, the goals of this Topic are to reveal the operation mechanism and establish a numerical simulation model of the power electronic system, analyze and study the theory of instantaneous electrical parameters and the electromagnetic transient stability theory, explore new control methods and new power equipment, and realize more accurate analysis models, reasonable and stable analysis ideas, control technologies, and intelligent management and control strategies for power electronic systems.

This second edition expands upon the successful foundation laid by the first edition, continuing to encourage the dissemination of new concepts, ideas, and novel methods to analyze the modeling and dynamic stability of power electronic systems. It aims to disseminate fundamental research, innovation, and information exchange in these related fields. Application papers are also highly welcome. Topics of interest include but are not limited to the following:

1. A security and stability analysis of power electronic systems;
2. Research on mechanism models of power electronic systems;
3. Research on electromagnetic transient simulation models of power electronic systems;
4. An analysis of the power electronic system simulation method;
5. A power electronic system oscillation analysis and suppression measures;
6. A power electronic system oscillation control method;
7. Power electronic system stability and control based on cloud computing and artificial intelligence;
8. A parameter optimization method for power electronic system control;
9. Research on grid connection control strategies and methods;
10. Mechanism analysis methods for power electronic systems;
11. Power electronic oscillation suppression devices;
12. Research on the operation mode of power electronic systems.

Prof. Dr. Da Xie
Prof. Dr. Yanchi Zhang
Prof. Dr. Dongdong Li
Dr. Chenghong Gu
Dr. Ignacio Hernando-Gil
Dr. Nan Zhao
Topic Editors