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Battery Discharge Capacity Calculation by Temperature Measurement

机译:通过温度测量计算电池放电容量

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Battery capacity is measured in the unit of miliampere hour (mAh) (current x time). In order to do this, the discharge current of a battery is measured and integrated (multiplied) over the duration of the discharge. This paper proposes a method to calculate battery capacity by first measuring the temperature of a load resistor which is used to discharge the battery. The load resistor has a known/characterized Thermal Resistance $(mathrm{R}_{{mathrm {th}}})({mathrm {degC.{W}^{-1}}})$ value. The temperature is then integrated over time and solved using a thermal equation and thus obtaining the battery discharge capacity. The benefit of this type of discharge capacity calculation method is a series resistor (which causes a series voltage drop) is not required in the main current path.
机译:电池容量以毫安小时(mAh)(电流x时间)为单位进行测量。为此,在放电过程中测量并积分(相乘)电池的放电电流。本文提出了一种通过首先测量用于使电池放电的负载电阻的温度来计算电池容量的方法。负载电阻器具有已知/特征化的热阻$(\ mathrm {R} _ {{\ mathrm {th}}})({\ mathrm {degC。{W} ^ {-1}}})$值。然后随时间对温度进行积分,并使用热方程求解,从而获得电池放电容量。这种放电容量计算方法的好处是在主电流路径中不需要串联电阻器(会引起串联电压降)。

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