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由于近些年我国电子工业技术及其控制工程技术取得了迅猛的发展,当代型控制工艺在有源类电力式滤波装置中获取了大力的推广运用。本文对当今时期的研究进展给予了全面的阐述,并总结了有源型电力式滤波装置的总体运作机理及技术内容,深刻阐释了自行适应管控、滑动模型管控及反馈型线性式解耦管控、无源类型管控及人工智能型管控在有源式电力型滤波装置中的运用。说明了各类控制流程的特异性和目前研究过程中存在着的缺陷。就有源型电力式滤波装置目前控制流程研究中存在着的差距的缺点以及还有其运行体系中波动性较大的特征应当优先选用鲁棒性很强、对模型结构服从性不强的相关算法,方可实现最佳的控制水平。
Due to the rapid development of China’s electronic industry technology and its control engineering technology in recent years, contemporary control technology has been vigorously popularized and applied in active-type power filter devices. This paper gives a comprehensive exposition of the research progress in the current period, and summarizes the overall operation mechanism and technical content of the active power filter device, profoundly explains the self-adaptive control, sliding model control and feedback linear decoupling control, Passive Type Control and Artificial Intelligence Control in Active Power Filter Applications. Describes the specificity of various control processes and the shortcomings of the current research process. In view of the shortcomings of current control flow research and the characteristics of the volatility in the operation system of the active power type filter device, we should give priority to the correlation between strong robustness and poor compliance with the model structure Algorithm, in order to achieve the best level of control.