锂电池容量检测系统设计(含原理图,程序代码)

锂电池容量检测系统设计(含原理图,程序代码)(论文13000字,程序代码)
摘要：电动汽车的快速发展改变了锂电池的用途及领域，越来越多的汽车开始使用电能这种清洁能源，对于改善当今社会的雾霾环境具有很好的作用。锂电池已经越来越广泛地融入我们的生活。将锂电池的容量及性能状况进行实时检测，对安全合理地利用锂电池具有不可忽视的作用。本毕业设计着重研究可用于电动汽车中的锂电池的容量检测。通过MSP430对锂电池的开路电压进行采样，对其输出的电流进行电流转换并送入单片机进行采样，通过对测到的电压值运算来近似得到当前时刻锂电池的容量情况。最后将所有结果汇总到液晶屏幕上显示出来。
关键词：锂电池；容量检测；MSP430;电动车
Design of Lithium Battery capacity detection system
Abstract: The rapid development of electric vehicles to change the use of lithium batteries and areas, more and more cars began to use electric energy this clean energy, to improve the environment of the fog and haze in today's society has a very good role. Lithium battery has become more and more widely used in our life. If the capacity of the lithium battery can be measured in real time, the performance status can be detected, which can not be ignored. The graduation design focuses on the capacity of lithium batteries in electric vehicles. By using MSP430 of lithium battery open circuit voltage is sampled, the output current of current converted and sent to the microcontroller to sample, by measuring the voltage value through the operation to approximate the capacity of the lithium battery. Finally, all the results are aggregated to the LCD screen displayed..
Key words: Lithium battery; Capacity detection;MSP430;electric vehicle
 

目 录
1 绪论    1
1.1课题研究的背景和意义    1
1.2 国内外研究概况    2
1.3本论文的主要工作    3
2  锂电池的参数及检测方法    3
2.1 锂电池简介    3
2.2 性能指标    4
2.3 锂电池检测方法    5
3 硬件系统设计    7
3.1 系统框图    7
3.2 主控芯片    8
3.3 LM2577升压稳定模块    9
3.4 电流放大模块    9
3.5 LCD1602显示模块    10
3.6 其他电路    12
4  软件部分    13
4.1系统主程序    13
4.2 ADC采集程序    15
4.3 LCD液晶显示程序    15
4.4 电量测算...........................16
5 系统调试    18
6 总结    18
参考文献    19
致谢    21