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Effects of Total Harmonic Distortion on Power System Equipment

机译:总谐波失真对电力系统设备的影响

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Total harmonic distortion, or THD, is the summation of all harmonic components of the voltage or current t waveform compared against the fundamental component of the voltage or current wave: Harmonic is a sinusoidal component of a periodic wave or quantity having a frequency that is integral multiples of the fundamental frequency.. Harmonics can be voltage and/or current related and present in electrical system in multiples of the fundamental frequency. This paper discusses the effects of total harmonic distortion on power system equipment. Various values of fundamental and harmonic voltages were used as input parameters for the computation of THD to establish if their limits fall within the harmonic standards. The results of the paper show that the average value of the THD for the power system equipment is 1.98% which is in agreement with the even harmonic standards of 2%.Keeping low THD values on a system will further ensure proper operation of equipment and longer equipment life span.
机译:总谐波失真或THD是电压或电流t波形的所有谐波分量与电压或电流波的基本分量相比的总和:谐波是周期波或频率为整数的量的正弦分量谐波可能与电压和/或电流有关,并以基本频率的倍数存在于电气系统中。本文讨论了总谐波失真对电力系统设备的影响。将基波电压和谐波电压的各种值用作THD计算的输入参数,以确定其极限是否在谐波标准之内。结果表明,电力系统设备的THD平均值为1.98%,与2%的偶次谐波标准吻合,将THD值保持在较低水平将进一步确保设备正常运行并延长设备运行时间。设备寿命。

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