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High bandwidth voltage and current control design for voltage source converters

机译:电压源转换器的高带宽电压和电流控制设计

摘要

In this paper, two different high bandwidth converterudcontrol strategies are discussed. One of the strategies is for voltage control and the other is for current control. The converter, in each of the cases, is equipped with an output passive filter. For the voltage controller, the converter is equipped with an LC filter, while an output has an LCL filter for current controller. The important aspect that has been discussed the paper is to avoid computation of unnecessary references using high-pass filters in the feedback loop. The stability of the overall system, including the high-pass filters, has been analyzed. The choice of filter parameters is crucial for achieving desirable system performance. In this paper, the bandwidth of achievable performance is presented through frequency (Bode) plot of the system gains. It has been illustrated that the proposed controllers are capable of tracking fundamental frequency components along with low-order harmonic components. Extensive simulation results are presented to validate the control concepts presented inudthe paper.
机译:本文讨论了两种不同的高带宽转换器 udcontrol策略。其中一种策略用于电压控制,另一种策略用于电流控制。在每种情况下,转换器都配有输出无源滤波器。对于电压控制器,转换器配有LC滤波器,而输出则具有用于电流控制器的LCL滤波器。本文已讨论的重要方面是避免在反馈回路中使用高通滤波器来计算不必要的参考。已经分析了包括高通滤波器在内的整个系统的稳定性。滤波器参数的选择对于实现理想的系统性能至关重要。本文通过系统增益的频率(Bode)图来介绍可实现性能的带宽。已经说明,所提出的控制器能够跟踪基频分量以及低阶谐波分量。给出了广泛的仿真结果,以验证本文中提出的控制概念。

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