2 - 150khz范围内电能质量干扰的相互作用(超谐波):分析框架

Daniel Agudelo-Martinez, Camilo Garzón, A. Pavas
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引用次数: 3

摘要

本文用电学方法描述了两个照明装置和电源之间在超谐波范围(2150khz)的干扰相互作用。为了描述传导干扰在2150khz频率范围内的相互作用,在正常工作的情况下测量了LED灯、CFL装置和交流电源的电流和电压。从电功率的角度来看,所使用的设备被描述为功率共享代理,因此从它们的操作中观察到的干扰不仅可以与它们的电邻域交换,而且可以在整个频域交换。该方法可用于器件间稳态扰动的频域相互作用描述,而无需直接考虑器件的阻抗行为。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interaction of power quality disturbances within 2–150 kHz (supraharmonics): Analytical framework
Disturbances interaction at supraharmonic range (2 150 kHz) between two lighting devices and a power source is described in this article by means of an Electrical Power method. Currents and voltages were measured from a LED lamp, a CFL device and an AC Power Source under normal operation in order to describe how conducted disturbances interact within the 2 150 kHz frequency range. From an Electrical Power point of view, the devices used are described as Power-sharing agents and therefore the disturbances observed from their operation can be exchanged not only with their electric neighbourhood, but also throughout the Frequency Domain. This method can be used for the Interaction Description in Frequency Domain of steady-state disturbances between devices without directly considering the impedance behaviour of such devices.
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