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Dual Mode Vehicle with In-Wheel Motor: Regenerative Braking Optimization

机译:带轮毂电机的双模车辆:再生制动优化

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Dual Mode Vehicle with In-Wheel Motor: Regenerative Braking Optimization — To meet the growing need for mobility of people and goods while massively reducing CO2 emissions, the electrification of vehicles is an essential solution. The variety of vehicles and their use results in innovative solutions for adapted architecture. This is especially true for light commercial vehicles where the objective is to promote full electric use in urban conditions (zero emission vehicle) while maintaining significant range autonomy on road. The project VelRoue, a partnership between Renault, Michelin and IFP Energies nouvelles, aims to develop a dedicated dual-mode vehicle using a conventional thermal power train on the front axle and in-wheel motors on the rear one each powertrain to its use and makes it possible to achieve a low level of homologation CO2 emissions. In addition to features that meet the specific use of a commercial vehicle, in this paper we will particularly demonstrate the benefit of such an architecture to optimize the regenerative braking while ensuring a safe dynamic behaviour.
机译:带有轮毂电机的双模车辆:再生制动优化—为满足人员和货物出行日益增长的需求,同时大量减少CO2排放,车辆电气化是必不可少的解决方案。车辆的多样性及其用途为适应性架构提供了创新的解决方案。这对于轻型商用车尤其如此,其目标是在城市条件下促进完全用电(零排放车辆),同时在道路上保持相当大的自主范围。 VelRoue项目是雷诺,米其林和IFP Energies nouvelles之间的合作伙伴关系,旨在开发一种专用双模车辆,该车辆的前轴采用传统的热力传动系,后轴采用轮内电动机,每种动力传动系均使用并制造可以实现低水平的二氧化碳排放量。除了满足商用车特定用途的功能外,在本文中,我们还将特别展示这种架构在优化再生制动的同时确保安全动态行为的好处。

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