基于测功机试验测量的电动客车正反向模型验证方法

J. A. López-Ibarra, Haizea Gaztañnaga, J. Anttila, P. Rahkola, M. Ranta, M. Pihlatie
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引用次数: 1

摘要

电动汽车的主要研究领域集中于与研究方法相同的仿真工具——潮流仿真模型。对电动客车进行仿真是一种快速、相对准确的能效研究方法。这就是为什么一个经过验证的模型和来自电动公交车的真实数据是至关重要的。本文旨在开发一种验证车辆动力系统模型的方法。提出了一种从测功机速度和加速度曲线出发的顺序方法。以测功机数据为参考,确定了后向模型车轮力常数和动力系统效率。最后,一旦验证了后向模型,将使用后向模型作为参考验证前向模型。
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Electric Bus Forward and Backward Models Validation Methodology Based on Dynamometer Tests Measurements
The main research areas on electro mobility converge from the same simulation tool as research method, the power flow simulation model. The simulation of electric buses is fast and relatively accurate way for energy efficiency studies. This is the reaso that a validated model with real data from an electric bus is crucial. This paper aims to develop a methodology for validating the power train model of a vehicle. A sequential approach has been proposed starting from the dynamometer speed and acceleration profiles determination from the dynamometer. Taking the dynamometer data as a reference the backward model wheel forces constants and powertrain efficiencies are determined. Finally, once the bakcward model has been validated the forward model is validated using the backward model as a reference.
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