并联有源电力滤波器补偿策略研究

Li Shuming, Z. Yongqiang, Su Ji-gui, Xu Yonghai, Xiao Xiangning
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引用次数: 1

摘要

大容量有源滤波器存在成本高、功率损耗大、电磁干扰强等问题,实际使用的器件补偿能力有限,如何选择合适的策略实现最优补偿在器件实际使用过程中起着重要的作用。本文讨论了并联有源滤波器的补偿策略,并将有源滤波器补偿策略的选择与设备的补偿能力相结合,讨论了补偿容量能满足补偿需要和补偿容量小于补偿能力两种情况下补偿策略的优劣。并提出在有源滤波器补偿策略中采用遗传算法对各谐波补偿容量的分布进行优化,并通过仿真验证了该方法能够在有限的补偿容量下保证滤波效果达到最优。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Research of Shunt Active Power Filter Compensation Strategy
The high capacity active filter have the problem of high cost, high power loss, strong electromagnetic interference and so on, the compensation capacity of the device using in practical is limited, how to choose the right strategy to achieve optimal compensation plays an important role in the process of the device using in practical. This paper discussed strategy of shunt active filter compensation, and combined the choice of compensation strategy of active filter with the compensation ability of devices, and discussed superiority and inferiority of the compensation strategy in two situations, one is that the compensation capacity can meet the needs of compensation, and the other is that the compensation capacity is less than the compensation. And this paper suggested that using genetic algorithm in the active filter compensation strategy to optimize the distribution of the compensation capacity of each harmonic, and through the simulation, verified that the method can insure that the filtering effect achieve optimal results in a limited compensation capacity.
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