Range extension for electric vehicles

J. Jacobs
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Abstract

When electric vehicles are discussed with the public, two questions inevitably arise: how far can it go between charges, and how fast can it go? Both of these issues are related in part to the electrical energy stored and the efficiency of conversion from electrical energy to mechanical energy. In practical use many electric vehicle drivers have been known to use only 10-20% of the vehicle's range before recharging. The desire not to run out of enough energy to return to a charging station motivates the drivers to be very conservative. One solution to this problem is to equip the vehicle with an auxiliary power supply which will recharge the batteries. Such vehicles are powered by a combination of stored electric energy and chemical fuel. Here, the author describes these so-called hybrid vehicles.
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电动汽车续航里程扩展
当与公众讨论电动汽车时,不可避免地会出现两个问题:一次充电能跑多远,一次充电能跑多快?这两个问题都部分地与储存的电能和从电能到机械能的转换效率有关。在实际使用中,许多电动汽车司机在充电前只使用了汽车续航里程的10-20%。为了不耗尽足够的能量返回充电站,司机们非常保守。解决这个问题的一个办法是给车辆配备一个辅助电源,为电池充电。这种车辆由储存的电能和化学燃料提供动力。在这里,作者描述了这些所谓的混合动力汽车。
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