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On The Appropriate Monitoring Period For Voltage Flicker Measurement In The Presence Of Distributed Generation

机译:分布式发电环境下电压闪变测量的适当监测周期

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摘要

Voltage flicker or voltage fluctuations are considered a major power quality problem causing temperature rise, generators and motors overloading and affecting humans through the irritating light flicker. It is expected that the level of voltage flicker will increase due to the increased penetration of distributed generation (DG) in the distribution system. Site monitoring is required to make sure that the level of voltage flicker is within the allowed limit. In order to determine the appropriate monitoring period for voltage flicker measurement while considering DGs, two case studies were considered in the paper; 1 week and 1 day monitoring periods. The results reveal that a monitoring period of 1 week may be very long especially in the presence of DG and it may hide valuable information. On the other hand a 1-day monitoring period is more appropriate in these situations. Therefore it is recommended to use 1-day monitoring period instead of 1 week especially in the presence of DG.
机译:电压闪烁或电压波动被认为是主要的电能质量问题,会引起温度升高,发电机和电动机超载,并通过刺激性的闪烁影响人类。可以预料,由于配电系统中分布式发电(DG)的普及率增加,电压闪烁的水平将增加。需要现场监视以确保电压闪烁的水平在允许的范围内。为了在考虑DG的同时为电压闪变测量确定合适的监视周期,本文考虑了两个案例研究; 1周和1天的监视期。结果表明,特别是在存在DG的情况下,1周的监视时间可能会很长,并且可能会隐藏有价值的信息。另一方面,在这些情况下1天的监视期更为合适。因此,建议使用1天而不是1周的监视时间,特别是在存在DG的情况下。

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