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New energy storage devices for an improved load managing on distribution level

机译:新的储能装置可改善配电级的负荷管理

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For a few years, problems regarding power quality issues in general have become of increasing interest. They have their own negative influence on several aspects of modern society. The problems in industry have been addressed for a longer period of time. However, home and nonmanufacturing industries also suffer from a lack of power quality. Besides the visual disadvantages, such as flicker, electronic equipment and domotic systems are very sensitive to deviations in mains voltage. To avoid these problems, one can use power supplies which are redundant during normal mains supply, but become active in the case of voltage sags or in cases of total loss of power. All these systems are based on the storage of energy. During recent years, more powerful techniques like superconducting magnetic storage systems (SMES) and systems with supercapacitors, as alternatives for the conventional solutions, have become attractive. Recently, redox flow batteries gave another alternative. A literature study is carried out to present an overview of the advantages and drawbacks of these new storage systems against the existing systems, and to study their usefulness in the distribution grid.
机译:几年来,关于电能质量问题的关注已逐渐引起人们的关注。它们对现代社会的各个方面都有自己的负面影响。工业中的问题已经解决了更长的时间。但是,家庭和非制造业也遭受电能质量不足的困扰。除了视觉上的缺点外,例如闪烁,电子设备和家用系统对电源电压的变化也非常敏感。为避免这些问题,可以使用在正常市电期间是冗余的电源,但是在电压骤降或完全断电的情况下可以使用。所有这些系统都是基于能量存储的。近年来,作为常规解决方案的替代方法,更强大的技术(例如超导磁存储系统(SMES)和具有超级电容器的系统)已变得具有吸引力。最近,氧化还原液流电池提供了另一种选择。进行了文献研究,以概述这些新存储系统相对于现有系统的优缺点,并研究它们在配电网中的有用性。

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