Further development on voltage balancer for EDLCs employing cockcroft-walton circuit

K. Matsui, M. Hasegawa, K. Ando
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引用次数: 11

Abstract

EDLCs (Electric Double Layer Capacitors) offer high energy density and long life span, so various applications may be anticipated in the realm of energy storage devices, such as those used in electric vehicles or electric power stabilisation in power systems, etc. However, since the voltage limit is low of the devices, it is necessary to connect them in series or parallel. In addition, it is required that they be used in the region of their critical voltage limit or capacity limit. In order to apply them efficiently, the devices should be use with balanced voltage. Firstly, the authors discuss a conventional method, using a forward converter. Under such background on superior technologies. In a second approach, a novel voltage balancer is presented, employing a CW(Cockcroft-Walton) circuit. Characteristics of proposed circuit are analized and discussed.
采用cockcroft-walton电路的edlc电压平衡器的进一步研制
edlc(双电层电容器)提供高能量密度和长寿命,因此在能量存储设备领域可以预期各种应用,例如用于电动汽车或电力系统中的电力稳定等。然而,由于设备的电压限制较低,因此有必要将它们串联或并联。此外,还要求它们在其临界电压极限或容量极限范围内使用。为了有效地应用它们,器件应在平衡电压下使用。首先,作者讨论了一种使用正激变换器的传统方法。在这样优越的技术背景下。在第二种方法中,提出了一种采用CW(Cockcroft-Walton)电路的新型电压平衡器。对所提电路的特性进行了分析和讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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