唯一的CC模式充电器使用估计电池内部电压

Jae-Ha Ko, Sung‐Jun Park, Seong-Mi Park
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引用次数: 1

摘要

本研究的目的是利用现有充电器没有使用的电池内部电压和相位等内部参数来开发电池充电器。在本研究中,利用直连容量调节电池的电压和电流大小,并感知输出电压和电流。检测到的数据经过DFT, DFT显示直接分量、实数和虚数。利用这三个值,可以监测电池的内部电压。通过监测内部电压的变化,可以减少普通方法所花费的时间。因此,可以开发快速充电器。已经使用Psim进行了仿真来证明这个想法,并且已经开发了堆栈来查看可能性。
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The only CC mode charger using estimation of battery internal voltage
This research is purposed for the developing battery charger using the internal parameters - internal voltage of batteries and phase-which the existing charger don't use. For the research, the volume of applied voltage and current to batteries has been adjusted using direct connected capacity, and output voltage and current has been sensed. The sensed data go through the DFT, and DFT shows direct component, real, and imaginary numbers. Using these three values, internal voltage of batteries has been monitored. By monitoring the change of the internal voltage, the time which CV takes in ordinary ways can be reduced. Therefore, the quick charger can be developed. Simulation using Psim has been made to prove this idea, and stack has been developed to see the possibilities.
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