A Multi Battery EREV: an Innovative Structure to Improve Flexibility and Performances

S. Brofferio, E. Marazzi
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Abstract

Several features and issues of internal combustion, electric and hybrid vehicles are reviewed. The series hybrid vehicle is motivated for a large diffusion of the electric mobility not requiring a capillary distribution of public recharging stations. An innovative structure of extended range electric vehicle based on a few battery modules and four electric traction motors is suggested to enhance the performances of the current electric vehicles. Two examples of the proposed multi battery structure with three or two battery modules are defined, analyzed and evaluated; their main performances are compared to the up to date similar structures.
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多电池EREV:一种提高灵活性和性能的创新结构
综述了内燃机、电动和混合动力汽车的几个特点和问题。该系列混合动力汽车的动机是电动汽车的大规模扩散,而不需要公共充电站的毛细管分布。为了提高现有电动汽车的性能,提出了一种基于几个电池模块和四个电动牵引电机的增程电动汽车创新结构。定义了具有三个或两个电池模块的多电池结构的两个示例,并对其进行了分析和评估;并将其主要性能与最新同类结构进行了比较。
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