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Study on an Improved Single-phase Harmonic Current Detection Algorithm

机译:一种改进的单相谐波电流检测算法的研究

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摘要

Bases on present harmonic detection algorithms, single-phase load current is decomposed and a novel single-phase current detection algorithm, which is simple, reliable, response quickly and favors the hardware realization, is proposed, in order to solve complexity of algorithm and slow response of common used single-phase harmonic detection methods. Meanwhile, as the method need to use low pass filter, an improved method is is analysed. By increasing time delay unit, the effect of 2nd harmonic was eliminated, and the cut-off frequency of the low-pass filter was increased without adding the filter order. The response time of improved detection was shorten about half period. Correctness and validity of the proposed method were verified through simulating and experiment.
机译:在现有谐波检测算法的基础上,对单相负载电流进行分解,提出了一种新颖,简单,可靠,响应迅速,有利于硬件实现的单相电流检测算法,以解决算法复杂,速度慢的问题。常用的单相谐波检测方法的响应。同时,由于该方法需要使用低通滤波器,因此分析了一种改进的方法。通过增加延时单位,消除了二次谐波的影响,并且在不增加滤波器阶数的情况下增加了低通滤波器的截止频率。改进检测的响应时间缩短了大约一半。通过仿真和实验验证了所提方法的正确性和有效性。

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