首页> 外文会议>Electrical and Electronics Engineers in Israel, 1996., Nineteenth Convention of >Harmonics-what are they, how to measure them and how to solve the problem (in connection with standards IEEE 1159-1995 and IEEE 519-1992)
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Harmonics-what are they, how to measure them and how to solve the problem (in connection with standards IEEE 1159-1995 and IEEE 519-1992)

机译:谐波-它们是什么,如何测量它们以及如何解决问题(与IEEE 1159-1995和IEEE 519-1992标准有关)

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To express a deviation from a pure sine wave usually the term harmonics components is used. In electricity harmonics are described as follows (IEEE 1159-1995): "Harmonics are sinusoidal voltages or currents having frequencies that are integer multiples of the frequency at which the supply system is designed to operate". The multiples are integer multiples of the basic (fundamental) frequency 50 Hz. The author discusses the reasons why harmonics in power systems should be considered seriously. The author briefly discusses seven definitions from IEEE 519-1992 that are of importance. The author then discusses who produces harmonics, how they are monitored and how to solve the problems caused by harmonics.
机译:为了表示与纯正弦波的偏差,通常使用谐波分量一词。在电力中,谐波的描述如下(IEEE 1159-1995):“谐波是频率为电源系统设计工作频率整数倍的正弦电压或电流”。倍数是基本(基本)频率50 Hz的整数倍。作者讨论了为什么应该认真考虑电力系统中的谐波的原因。作者简要讨论了IEEE 519-1992中的七个重要定义。然后作者讨论了谁会产生谐波,如何对其进行监视以及如何解决由谐波引起的问题。

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