首页> 外文会议>IEEE Conference on Industrial Electronics and Applications; 20070523-25; Harbin(CN) >Design and Implementation of a Residual Capacity Estimator for Lead-Acid Batteries
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Design and Implementation of a Residual Capacity Estimator for Lead-Acid Batteries

机译:铅酸蓄电池剩余容量估算器的设计与实现

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摘要

This paper proposes a residual capacity estimator with higher accuracy for lead-acid batteries. The calculation method is using different discharge capacity rate of a battery in different discharge current to calculate state of charge. Therefore, Curve Fitting state of charge estimation has the ability of revising value of state of charge with the changing of lode, and this improves Coulomb state of charge estimation. Thus more reliable state of charge estimation value can be obtained when battery discharge in heavy loads and the proposed method is more suitable for different discharge lode. The control core of state of charge estimation of the plan is the Digital Signal Processor (TMS320F240). The DSP gets the battery of discharge current and voltage signal, in order to estimate state of charge and discharge end respectively
机译:本文提出了一种用于铅酸电池的具有更高精度的剩余容量估计器。该计算方法是利用电池在不同放电电流下的不同放电容量率来计算充电状态。因此,曲线拟合的荷电状态估计具有随着波幅的变化而修正荷电状态的值的能力,从而提高了库仑荷电状态的估计。因此,当电池在重负载下放电时,可以获得更可靠的充电状态估计值,并且该方法更适合于不同的放电位置。计划的荷电状态估计的控制核心是数字信号处理器(TMS320F240)。 DSP获取电池的放电电流和电压信号,以分别估计充电和放电结束状态

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