电动自行车的效率,自行车发电机的发电机

F. Dewadi
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引用次数: 0

摘要

这项研究是指自行车发电机相对于电动自行车的优势,即节省燃料的能力。因为这种车只使用电流作为燃料。它们的低价格和相似的型号确保了电动自行车和化石燃料摩托车之间没有区别。电动交通工具已经发展起来,从两轮、四轮、火车到与使用电池的电动机配对的手推车。该方法是人工完成的,取相关文献的精华,再取支撑方程,从而在产生研究创新的过程中成为研究创新。不要忘记将这项研究与以前的研究进行比较研究。研究优化通过增加自行车发电机作为发电机,在300米的距离上可节省高达0.05的电力。在300米距离的研究中证明,使用自行车发电机的E-Bike的成本仅为4.14卢比/ 300米,使用变压器的E-Bike的成本为4.2卢比/ 300米。300 m距离上使用自行车发电机的电能消耗为271.59 W, 300 m距离上使用降压变压器的电能消耗为295.02 W,证明自行车发电机的电能消耗效率更高。
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Efisiensi Pada Sepeda Listrik Dengan Dinamo Sepeda Sebagai Generator
This research refers to the advantages of a bicycle dynamo over an electric bicycle, namely its ability to save fuel. Because this type of vehicle only uses electric current as fuel. Their low prices and similar models of motorbikes ensure that there is no difference between an electric bicycle and a fossil fuel motorbike. Electric vehicles have developed, ranging from two-wheeled, four-wheeled, trains, to carts paired with electric motors that use batteries. The method is done manually and takes the essence of several related references then takes the supporting equations so that it becomes a research innovation in generating a research innovation. Do not forget to also conduct a comparative study of this research with previous research. Research optimization by adding a bicycle dynamo as a generator can save power up to 0.05 What a distance of 300 m. It is proven in research at a distance of 300 m, an E-Bike that uses a bicycle dynamo costs only Rp.4.14 / 300m, an E-Bike that uses a transformer costs Rp.4.2 / 300m. Electric power at a distance of 300 m with a bicycle dynamo consumes 271.59 W while electric power at a distance of 300 m with a step-down transformer consumes 295.02 W, and it is proven that bicycle dynamos are more efficient in consuming electrical energy.
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