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Harmonic Modeling and Simulation Considerations for Interharmonic Limits in the Revised IEEE Standard 519-1992

机译:修订IEEE标准519-1992中的谐波建模与仿真考虑

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One of the major differences in the revised IEEE Std 519 and the 1992 version will be the inclusion of interharmonic limits. These limits will likely be based on voltage fluctuation considerations below the second harmonic and will be consistent with even-order harmonics for frequencies above the second harmonic. Much is known about equipment modeling for frequencies above the power frequency, but significant work is needed to address modeling and simulation issues near or below the power frequency. Because voltage fluctuations can become problematic at very low levels, it is necessary to obtain greater accuracy in results than is often the case in harmonic studies. There is, therefore, a clear need for improvement in models and simulation techniques for lower frequencies.
机译:修订的IEEE STD 519和1992年版的主要差异之一将是包含互动限制。这些限制可能基于低于第二次谐波的电压波动考虑,并且将符合偶然的谐波,用于频率高于第二谐波。关于高于功率频率的频率的设备建模,但需要大量的工作来解决电力频率附近或低于或低于功率频率的建模和仿真问题。因为电压波动在非常低的水平下可能变得有问题,所以必须在结果中获得更高的准确性,而不是谐音研究的情况。因此,有清楚地需要改进模型和模拟技术,用于较低频率。

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