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Study on hysteresis error and dynamic performance of ip-iq harmonic detection algorithm

机译:i p -i q 谐波检测算法的磁滞误差和动态性能研究

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摘要

Accuracy and dynamic performance of Active Power Filter (APF) harmonic detection algorithm affect the effect of harmonic compensation directly. Commonly used harmonic current detection algorithms share the problem that certain hysteresis error and unsatisfactory dynamic performance. Harmonic current detection algorithm bases on instantaneous reactive power is analysed. Hysteresis error that affect the detection accuracy is studied, quantitative analysis model is built and computational formulas are deduced. Hysteresis of current detection is reduced via importing correction link is come up with. By means of bringing in feedback link to the system aim at unsatisfied dynamic performance of detection algorithm and improve it. Correctness and validity of the proposed improved harmonic detection algorithm are verified through simulation and experiment.
机译:有源电力滤波器(APF)谐波检测算法的精度和动态性能直接影响谐波补偿的效果。常用的谐波电流检测算法存在一定的滞后误差和动态性能不能令人满意的问题。分析了基于瞬时无功功率的谐波电流检测算法。研究了影响检测精度的磁滞误差,建立了定量分析模型,推导了计算公式。通过输入校正链接来减小电流检测的磁滞。通过引入反馈链接到系统中,旨在提高检测算法的动态性能,并对其进行改进。通过仿真和实验验证了所提改进谐波检测算法的正确性和有效性。

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