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PID
- 本文提出了电力系统稳定器（PSS） 最优模糊PI D类（OFPID）设计的基础上。 OFPID基于PSS的 设计被认为是单机电力系统。主 这种设计的动机是为了稳定或控制的低频 对电力系统的振荡。-Fuzzy PID based PSS Design
Identification-
- 大干扰下主导低频振荡模式的鉴别-Identification of Critical Low Frequency Oscillation Mode in Large Disturbances
HHT-based
- 基于HHT的电力系统低频振荡分析-HHT-based analysis of power system oscillations
Interconnected-power
- 互联电网低频振荡的相关问题及研究-Interconnected power system oscillations related issues and research
Large-interconnected
- 大规模互联电网低频振荡分析与控制方法综述-Large interconnected power system analysis and control of low frequency oscillation Methods
ONLINE-IDENTIFICATION
- 基于广域测量信息在线辨识低频振荡-ONLINE IDENTIFICATION OF LOW-FREQUENCY OSCILLATIONS BASED ON WIDE-ARER MEASUREMENTS
Mechanism-analysis
- 超低频区间振荡现象的机理分析-Mechanism analysis of ultra low frequency inter-area oscillation
Preprocessing-techniques-
- 基于小波预处理技术的低频振荡Prony分析-Preprocessing techniques based on wavelet analysis of low frequency oscillation Prony
Prony-algorithm-based-on-
- 基于改进多信号Prony算法的低频振荡传递函数降阶辨识及PSS的设计-Prony algorithm based on improved multi-signal transfer function of the low-frequency oscillation reduction identification and design of PSS
Improved-Prony-algorithms
- 基于窗口滑动改进Prony算法的电力系统低频振荡识别-Improved Prony algorithms based on sliding window Power System Low Frequency Oscillation identification