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Development and application of electric double-layer capacitor with sulfuric acid electrolyte

机译:电双层电容用硫酸电解质的开发与应用

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We found that the carbonized electrode from polyvinylidene chloride (PVDC) resin had high capacitance density. The structure of the electrode contains more micropores and less mesopores than the general activated carbon. Its specific surface area was proved to be smaller than the general activated carbon. We fabricated electric double layer capacitors with the electrodes made by PVDC carbonization. After evaluation of the above capacitors, we made a capacitor module of 12V-lOOF for the experiment of engine starting. Through the experiment, we considered that the application for the idling stop system of motor vehicles is promising. We organized CCR corporation to develop EDLCs with organic electrolyte as well as sulfuric acid electrolyte whose characteristics were introduced in this paper. Carbon materials is a basically important factor for both electrolyte types. We hope carbon materials manufacturers to supply specific products suitable for each purposes.
机译:我们发现,来自聚偏二氯乙烯(PVDC)树脂的碳化电极具有高电容密度。 电极的结构含有更多的微孔和比一般活性炭更小的介孔。 其比表面积被证明小于一般活性炭。 我们用通过PVDC碳化制成的电极制造了双电层电容器。 在评估上述电容之后,我们制造了一个12V-LOOF的电容器模块,用于发动机启动的实验。 通过实验,我们认为汽车怠速停止系统的申请是有前途的。 我们组织了CCR Corporation,用有机电解质以及硫酸电解质组织开发EDLC,以及本文中介绍了其特性的硫酸电解质。 碳材料是两种电解质类型的基本重要因素。 我们希望碳材料制造商提供适合每种目的的特定产品。

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