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Performances regeneration of supercapacitors during accelerated ageing tests in power cycling

机译:在电力循环中加速老化试验期间超级电容器的性能再生

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In this paper, a testing methodology for ageing quantification of supercapacitors (SC) for Hybrid Electric Vehicles (HEV) applications is investigated. The performances regeneration of supercapacitors after power cycling tests is studied. Parameters of double layer capacitor (EDCL) may be recovered after it is has faded. This phenomenon is characterized by an increase of the capacitance, a decrease of the series resistance and can be explained by the charges redistribution inside the porous carbon electrodes when the power cycling is stopped. So, capacitance recovery may be increasing the energy storage and the useful life of supercapacitors. Many factors have an influence in these phenomena like the age of ultracapacitors, also the stop duration and may be the voltage and temperature during stop.
机译:本文研究了用于混合电动车辆(HEV)应用的超级电容器(SC)的老化量化测试方法。研究了高级电容器在动力循环试验后的再生的性能。双层电容器(EDCL)的参数可以在褪色后恢复。这种现象的特征在于电容的增加,串联电阻的降低,并且当电动循环停止时,可以通过多孔碳电极内部的电荷来解释。因此,电容恢复可能增加能量存储和超级电容器的使用寿命。许多因素在这些现象中具有影响,如超级超容器的年龄,也是停止持续时间,并且可以是停止期间的电压和温度。

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