实际直流微电网的现场PQ测量

J. J. Melero, Joan Bruna, J. Leiva
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引用次数: 0

摘要

随着分布式发电和储能技术的日益普及,本地直流试验电网成为传统交流配电网的延伸。与交流电网一样,直流电网必须满足电能质量(PQ)限制,以保证可靠运行和可接受的供电质量。然而,公共直流系统中PQ的知识缺乏,相关的计量和标准化也是如此。现场测量还没有进行足够高的精度和采样率,以捕捉快速现象和宽带干扰,以确定在这种网格中发生的PQ现象的性质。在这个意义上,本文展示了智能城市生活实验室Málaga的一小部分,这是Endesa的一个真实的低压直流电网特性,作者将在2022年中期对直流电网的关键参数进行现场计量级测量。这将提供电网中的动态电压和电流信号,有助于科学界了解电网中存在的DCPQ现象。为此,在测量活动期间将对微电网的不同运行模式进行测试。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On-site PQ Measurements in a Real DC Micro-grid
The increasing use of distributed energy generation and storage has led to local direct current (DC) trial grids as an extension to traditional AC distribution networks. Like AC grids, DC grids must fulfil Power Quality (PQ) limits to guarantee a reliable operation for an acceptable quality of supply. However, knowledge about PQ in public DC systems is lacking, as is the related metrology and standardisation. On-site measurements have not yet been performed with sufficiently high accuracy and sampling rate to capture fast phenomena and broadband disturbances to determine the nature of the PQ phenomena occurring in such grids. In this sense, this paper shows a small part of the Living Lab of Smartcity Málaga, a real low-voltage DC grid property of Endesa, where the authors will carry out on-site metrology-grade measurement of the key parameters of the DC grid by mid-2022. This will provide dynamic voltage and current signals in the grid which help the scientific community to know the existent DCPQ phenomena in the grids. To this purpose, different operating modes of the micro-grid will be tested during the duration of the measurement campaign.
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