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A novel hysteresis bandwidth (NHB) calculation to fix the switching frequency employed in active power filter

机译:一种新颖的滞后带宽(NHB)计算,用于固定有源功率滤波器中使用的开关频率

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Variable switching process is the main issue in practical implementation of fixed band hysteresis current controller in active power filters (APF) that increases the switching frequency and switching losses in power systems. Preventing this case, the Adaptive Hysteresis Current Control (AHCC) has been introduced and developed by many researchers. By this way, The Hysteresis Band (HB) will change adaptively by system parameters in order to control the switching speed and fix the switching frequency. In this paper a revisory method for the hysteresis bandwidth calculation procedure is proposed that makes switching frequency invariable significantly. The APF Simulations using proposed method (NHB) in Matlab/Simulink environment has been done. Results including switching frequency and current source TDH have been given to prove the efficiency of this method.
机译:可变开关过程是有源功率滤波器(APF)中固定频带磁滞电流控制器的实际实现中的主要问题,它会增加功率系统中的开关频率和开关损耗。为了防止这种情况,许多研究人员已经引入并开发了自适应迟滞电流控制(AHCC)。通过这种方式,迟滞带(HB)将根据系统参数进行自适应更改,以控制开关速度并确定开关频率。本文提出了一种滞后带宽计算过程的修正方法,该方法使开关频率明显不变。在Matlab / Simulink环境中使用建议的方法(NHB)对APF进行了仿真。给出了包括开关频率和电流源TDH在内的结果,证明了该方法的有效性。

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