电力系统奇阶次谐波分叉的数值模拟
NUMERICAL SIMULATION OF ODD SUBHARMONIC BIFURCATIONS IN POWER SYSTEMS
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摘要: 本文用Runge-Kutta方法与Galerkin方法揭示了电力系统中一些鲜为人知的物理理过程。例如低频谐振与磁滞回环的变异之间的联系;次谐波分叉的两极分化;分频谐振与基频谐振共存的频率范围等等。Abstract: In this paper, some unkown physical processes in power systems are dissclosed by using the methods of Runge-Kutta and Galerkin. Such as the connection between the low-frequency resonances and the abnormity of magnetic hysteresis loop, the polarization of subharmonic bifurcations, the frequency region where the subharmonic resonances together with harmonic resonances exist and so on.