基于高面容量锌溴液流电池的电堆结构及负极材料设计与优化
Design and optimization of cell structure and negative electrode materials for high areal capacity zinc-bromine flow batteries
基于高面容量锌溴液流电池的电堆结构及负极材料设计与优化 |
| 孙晓云, 王德仁, 孟琳, 任忠山, 李森森 |
|
Design and optimization of cell structure and negative electrode materials for high areal capacity zinc-bromine flow batteries |
| Xiaoyun SUN, Deren WANG, Lin MENG, Zhongshan REN, Sensen LI |
| 图6 (a) GFs的电压-容量曲线，(b) 在30 mA/cm2 和120 mAh/cm2 下的GFs的恒流充放电曲线，(c)恒定面容量下，比较不同电流密度下GFs的CE和VE曲线，(d) PGF和TGF5在不同面容量下CE和EE的比较图，在不同的面容量和电流密度条件下，随着循环次数变化的电池(e)库仑效率和(f)电压效率曲线 |
| Fig. 6 (a) Voltage-capacity curves of the GFs, (b) Galvanostatic charge-discharge curves of the GFs at 30 mA/cm2 and 120 mAh/cm2, (c) Comparing CE and VE curves of the GFs at various current densities under constant areal capacity, (d) The comparative diagram of CE and EE for PGF and TGF5 at various areal capacity, (e) CE and (f) VE plots of the cells as a function of the cycle number at various areal capacities and current density |
|
|