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SOC-accuracy-for--AI-method
- 提高安时积分法估算电池SOC精度的方法比较_李哲-For increasing accuracy of integral method to estimate the battery SOC when Ann method is _ lil g
SOC
- 扩展卡尔曼滤波估算电池的SoC,电池采用戴维宁模型，并与安时积分法进行了比较，误差不超过5 ，结果可靠-The extended Calman filter to estimate the battery SoC and battery using Thevenin model, and compared with the current time integral method, the error is less than 5 , the result is reliable
BatteryChargeController
- 针对锂离子电池，建立电池模型，对于电池剩余电量进行估算，采用安时积分法，效果还可以(The lithium ion battery, a battery model, to estimate the remaining battery power, the current time integral method, the effect can also be)
Battery初步实现
- 实现了电池安时积分法计算SOC，并有电池内阻的计算与更新(It realizes the calculation of SOC by the method of ampere-time integration of batteries, and calculates and updates the internal resistance of batteries.)
安时积分法计算Soc
- 使用安时积分法计算Soc，计算出来一个基于电量剩余电量Soc0的最终Soc值
SOC
- 电池组的SOC估算方法程序，采用安时积分法(The procedure of SOC estimation for battery packs is based on the time integration method.)
安时积分法测量UL
- 一个简单地一阶RC电路，观测值得测量，并通过安时积分法得到荷电状态(A simple first-order RC circuit. The observation is worth measuring and the state of charge is obtained by the time integral method.)
SOC
- 采用开路电压法和安时积分法相结合的算法，对soc进行估计(open voltage circuit combined with columb counting method)