首页> 外文会议>ASME international mechanical engineering congress and exposition >PARAMETER ESTIMATION FOR MODEL VALIDATION OF AN ENERGY STORAGE SYSTEM DURING OPERATION IN A SERIES HYBRID ELECTRIC VEHICLE
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PARAMETER ESTIMATION FOR MODEL VALIDATION OF AN ENERGY STORAGE SYSTEM DURING OPERATION IN A SERIES HYBRID ELECTRIC VEHICLE

机译:混合动力电动汽车运行过程中能量存储系统模型验证的参数估计

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Battery models can be developed from first principles or from empirical methods. Simulink Parameter Estimation toolbox was used to identify the battery parameters and validate the battery model with test data. Experimental data was obtained by discharging the battery of a modified 2013 Chevrolet Malibu hybrid electric vehicle. The resulting battery model provided accurate simulation results over the validation data. For the constant current discharge, the mean squared error between measured and simulated data was 0.26 volts for the 298V terminal voltage, and 6.07E-4(%) for state of charge. For the extended variable current discharge, the mean squared error between measured and simulated data was 0.21 volts for terminal voltage and 9.25E-4 (%) for state of charge.
机译:电池模型可以从第一原理或经验方法发展而来。 Simulink Parameter Estimation工具箱用于识别电池参数并使用测试数据验证电池模型。通过改装2013年雪佛兰Malibu混合动力汽车的电池放电获得实验数据。生成的电池模型在验证数据上提供了准确的仿真结果。对于恒定电流放电,在298V端电压下,测量数据与模拟数据之间的均方误差为0.26伏,对于充电状态为6.07E-4(%)。对于扩展的可变电流放电,端子电压的测量值与模拟数据之间的均方误差为0.21伏,充电状态为9.25E-4(%)。

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