2015•Applied Mechanics and MaterialsOpen access

The Analysis on the Effect of Speed Regulating System on Low Frequency Oscillation

Tongtian Deng, Jia Sheng Wang, Xiaojun Li, Xi Tian Wang, Jin Fu Liu, Xin Tong Ma, Yue Dai, Yu Feng Guo

Abstract

With the strengthening of interconnected power grid connection, interval oscillation mode damping continue to improve, interval power oscillation accidents still occur, however, the negative damping mechanism of the classic cannot be satisfactorily explain these phenomena, this paper provides the researches forced oscillation mechanism of the low frequency oscillation, the speed control system is likely to form the forced oscillation source, speed regulation system and low frequency oscillation formed an adverse coupling effect. In this paper, based on the mechanism of their method, speed control system are analyzed, the effect of various parameters on the low frequency oscillation in order to avoid speed regulation system to participate in the low frequency oscillation provides technical support.

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Available abstract

Key concepts: Oscillation (cell signaling), Low-frequency oscillation, Control theory (sociology), Mechanism (biology), Mode (computer interface), Electric power system, Power (physics), Coupling (piping)