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Power Outage Detection Methods for the Operation of a Shunt Active Power Filter as Energy Backup System

机译:作为能量备份系统的分流有源电力滤波器操作的停电检测方法

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This paper presents the study of power outage detection methods that can be applied to a Shunt Active Power Filter (SAPF) with energy backup capability. SAPFs can successfully compensate Power Quality problems related with distorted or unbalanced currents and low power factor. Future Smart Grids will combine devices, control strategies and functionalities to increase the grid reliability and the power management capability. One of the main tools necessary to enable these features is the information of what is occurring in all the smart grid parts. In this context the fast detection of power outages is critical, so this paper also contributes for the discussion of the best ways to extract information in the context of future smart grids. The combination of information and flexible devices in a smart grid will enable the implementation of collective awareness systems, which can deal with different electrical grid problems and situations in an organic manner.
机译:本文介绍了电源中断检测方法的研究,可以应用于具有能量备份能力的分流有源电力滤波器(SAPF)。 SAPFS可以成功补偿与扭曲或不平衡电流和低功率因数相关的电能质量问题。未来的智能电网将结合设备,控制策略和功能,以提高电网可靠性和电源管理功能。启用这些功能的主要工具之一是所有智能电网部件中发生的内容的信息。在这种情况下,快速检测停电是至关重要的,因此本文还有助于讨论在未来智能电网的上下文中提取信息的最佳方法。智能电网中的信息和灵活设备的组合将实现集体意识系统,这可以以有机方式处理不同的电网问题和情况。

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