Modeling and simulation of a novel three phase discrete observer based on recurrence formula

Ankith Vinayachandran, K. Selvajyothi
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Abstract

Design and analysis of a novel three phase discrete observer is proposed in this paper. A rotation matrix based on recurrence formula along with observer feedback matrix set for a particular frequency is used to formulate a structure such that accurate estimation is obtained for the designed frequency. This observer is used to filter out the switching noise percolating into the control loop by providing ripple free feedback variables in d-q control. Also this helps in achieving faster transient response in current control. Simulation of decoupled current control of a stand-alone three phase Inverter is done to evaluate the performance and feasibility of the proposed observer.
基于递推公式的新型三相离散观测器建模与仿真
提出了一种新型三相离散观测器的设计与分析方法。利用基于递推公式的旋转矩阵和特定频率的观测器反馈矩阵集构成结构,从而对设计频率进行精确估计。该观测器通过在d-q控制中提供无纹波反馈变量来滤除渗透到控制回路中的开关噪声。这也有助于在电流控制中实现更快的瞬态响应。对独立三相逆变器的解耦电流控制进行了仿真,以评估所提出观测器的性能和可行性。
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