RC circuits; battery charge measurement; electrochemical impedance spectroscopy; least squares approximations; secondary cells; sensitivity analysis; average available power; battery state-of-charge; best-fit value; cylindrical lithium-ion iron phosphate cell; electrochemical impedance spectroscopy technique; lumped parameter battery models; nonlinear least squares approach; resistor-capacitor elements; sensitivity analysis; state-of-power; two time-constant Randies circuit model; Batteries; Computational modeling; Impedance; Integrated circuit modeling; Mathematical model; System-on-chip; Voltage measurement; Battery; Electric Vehicle; Lithium-ion; Modelling; Sensitivity; State-of-Power;
机译:面向控制的锂离子电池电化学模型,第一部分:具有恒定相位元素的集总参数降阶模型
机译:面向控制的锂离子电池电化学模型,第一部分:具有恒定相位元素的集总参数降阶模型
机译:集总水量平衡模型对降水数据误差敏感性的季节性和空间变化评估
机译:集总参数电池模型对组成并行RC元素参数误差的敏感性
机译:使用集总参数建模智能压实测量值对轧辊参数的影响
机译:串联的一系列淋巴结集总参数模型的参数敏感性分析
机译:系统评价集总参数等效电路模型,用于锂离子电池状态的实时估算