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Synthesis and analysis of chitosan-lithium battery cell in various charge/discharge currents

机译:壳聚糖锂电池不同充放电电流的合成与分析

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Electricity is a form of energy that can be easily transformed into other energy forms. The purpose of this study is to analyze the chitosan-lithium battery cells. It is found that the energy of chitosan-lithium battery cells will give decreases with the decreasing of given discharge current at a very small percentage value. The greatest energy efficiency given by battery cell with charge current at 1C and discharge current at 0.2C is 12.55%. The conductivity of chitosan-lithium membrane found to be 1.25 × 10 S.cm after charge/discharge test. At charge currents 1C, high discharge (2C and 1C) current gave higher resistances compared to lower currents (0.5C and 0.3C). R value tends to decrease with decreasing discharge currents is given. However, charge current 0.7C and discharge current 0.2C did not show any significant difference between the low discharge currents and the high discharge currents.
机译:电是一种能量形式,可以很容易地转换成其他能量形式。这项研究的目的是分析壳聚糖锂电池。发现在很小的百分比值下,壳聚糖-锂电池单元的能量将随着给定放电电流的减小而减小。在1C的充电电流和0.2C的放电电流的情况下,电池单元提供的最大能量效率为12.55%。充放电试验后的壳聚糖锂膜的电导率为1.25×10S.cm。充电电流为1C时,高放电电流(2C和1C)与较低电流(0.5C和0.3C)相比具有更高的电阻。随着放电电流的减小,R值趋于减小。然而,充电电流0.7C和放电电流0.2C在低放电电流和高放电电流之间没有显示出任何显着差异。

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