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Use of Supercapacitors, Fuel cells and Electrochemical Batteries for Electric Road Vehicles: A Control Strategy

机译:用于电动道路车辆的超级电容器,燃料电池和电化学电池:控制策略

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The paper deals with use of supercapacitors and fuel cells as auxiliary devices of on board energy sources. It shows that they can successfully support current peaks, temporarily requested by electrical road vehicles. The co-action is useful to improve energetic efficiency of the whole driving system and to take longer battery life. These advantages can be really reached in practice only by implementing proper control strategy for the power flow management. The paper suggests one of these techniques and by means of a digital simulation. A sample numerical example is finally given for better explaining the suggested control technique.
机译:本文涉及超级电容器和燃料电池作为载于船上能源的辅助装置。它表明,他们可以成功地支持电流峰值,由电路车辆暂时要求。共同行动可用于提高整个驱动系统的能量效率,并采用更长时间的电池寿命。只有通过实施电流管理的适当控制策略,才能真实地达到这些优点。本文提出了这些技术之一,并通过数字模拟。最终给出示例数值例子以便更好地解释所提出的控制技术。

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