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Towards Sustainable Mobility

机译:迈向可持续移动性

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Global transport demand is expected to increase due to the combined influences of population growth and economic development. to ensure that CO_2 - neutral fuels can provide for an increasing fraction of this demand, both demand side measures and advances in vehicle technology are required. Specific fuel consumption may be lowered by decreasing the energy demand at the wheel (lighter vehicles with lower air and rolling resistance), by using highly efficient converters such as fuel cells, and by advanced systems design that allows for the recuperation of braking energy. Low temperature polymer electrolyte fuel cells combined with regenerative electricity storage in supercapacitors represent a particularly promising option, as they combine an attractive cruising range with ultra-low emissions.
机译:由于人口增长和经济发展的综合影响,全球运输需求预计会增加。为确保CO_2 - 中性燃料可以提供增加的这种需求的较高分数,所需的需求侧措施和车辆技术的进步都是必需的。通过使用诸如燃料电池的高效转换器,以及通过允许恢复制动能量的先进系统设计,可以通过降低轮子(具有较低空气和滚动阻力)的较低的车辆的能量需求来降低特定的燃料消耗。低温聚合物电解质燃料电池与超级电容器中的再生电储存联合的燃料电池代表了一个特别有前途的选择,因为它们将具有超低低排放的有吸引力的巡航范围。

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