The effect of CuSO4 concentration in electrolyte on the negative electrode performance of single flow acid Cu-PbO2 battery for energy storage

机译：CuSO 4 浓度在电解质上对单流动酸Cu-PbO 2 电池的负电极性能

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Flow acid Cu-PbO2 battery (CPB) is a new type of single flow energy storage battery. The effect of the concentration of CuSO4 in electrolyte on electrochemical performance of negative electrode of CPB and electrolyte was investigated by using cyclic voltammetry(CV), linear sweep voltammetry(LSV) and electrochemical impedance spectroscopy(EIS). The results revealed that the reversibility of Cu2+/Cu couple, dissolution-electrodeposition performance of Cu and conductivity of electrolyte reach a relatively high level at an electrolyte concentration of 0.6M CuSO4 in 1.225M H2SO4.

机译：流量酸Cu-PbO 2 电池（CPB）是一种新型的单流储能电池。通过使用循环伏安法（CV），线性扫描伏安法（LSV）和电化学阻抗光谱（EIS）研究了CuSO 4 在电解质中对CPB和电解质的电解质的电化学性能的影响。。结果表明，Cu 2 + / sup> / cu耦合的可逆性，Cu和电解质的电解率的溶解电沉积性能以0.6m的电解质浓度达到相对高的水平，为0.6m cuso 4 在1.225MH 2 SO 4 。

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《International Conference on Electrical and Control Engineering》|2011年||共3页
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Du Dunyong; Zhou Qi; Zhao Ping; Wen Yuehua; Yang Yusheng;
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中图分类 TM92-53;
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Electrolyte optimization; flow battery; reversibility of Cult; supgt; 2amp; #x002B; lt; /supgt; /Cu;

机译：电解质优化;流动电池;Cu＆lt;sup＆gt;2＆amp;＆lt;/ sup＆gt;/ x;

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The effect of CuSO4 concentration in electrolyte on the negative electrode performance of single flow acid Cu-PbO2 battery for energy storage

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