摘要分析了系统中各参数对于铁磁谐振的影响,并利用数值仿真说明了定性分析的正确性。The influence of system parameters to ferroresonance is analyzed. The qualita rive analysis is verified by numerical simulation.
2Sowa P, Walczak J, Pasko M. Evaluation of the influence of the chaotic ferroresonance in transformer on the power system work conditions[C]. Electrotechnical Conference. 1998,2 : 1126-1130.
6Li Yunge, Shi Wei, Qin Rui. A systematical method for suppressing ferroresonance at neutral-grounded substations[J]. IEEE Trans on Power Delivery. 2003, 18(3):1009-1014.
7Mork B A. Five-legged wound-core transformer model: Derivation, parameters, implementation, and evaluation[C]. IEEE PES Winter Meeting. Tampa, FL, Jan. 1998, PE-414-PWRD-0-12-1997.
8Kieny C. Application of the bifurcation theory in studying and understanding the global behavior of ferroresonant electric power circuit[J].IEEE Trans, 1991, PWRD-6,(2):866-872.
9Marti J R, Soudack A C. Ferroresonance in power systems: fundamental solutions[J].IEE Proc. C, July 1991, 138(4):321-329.
