150Cc摩托车上化石燃料与混合动力系统的可行性研究

Pawenary Pawenary, S. Azzahra, Hastuti Azis, A. S. Prabuwono
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引用次数: 0

摘要

在这项研究中,使用化石燃料设计的电动汽车与150cc摩托车上的混合动力系统进行了比较。电动摩托车的设计重点是了解发动机驱动和电动驱动的可行性研究比较。在电动摩托车的设计中,懂得如何对电动摩托车进行技术经济计算。将能量从机械能转换为电能或从电能转换为机械能需要一种称为电动机的设备。拥有电机制造方面的知识和经验将在未来变得更加有用和重要。电动汽车是解决石油储量枯竭和污染问题的解决方案,这些问题由于燃油汽车产生的废气排放而每年都在增加。机动车尾气作为大气污染源的贡献率达到60-70%。化石燃料在世界范围内的减少也是目前尚未解决的一个主要问题。本研究中使用的分析技术是一种描述性统计技术。在本研究中,将根据指定标准对电机速度计算中出现的技术数据进行评估。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Feasibility Study Designing Electric Motorcycles With Fossil Fuels Compared To Hybrid Systems On 150Cc Motorcycles
In this study, an electric vehicle was designed using fossil fuels compared to the hybrid system on a 150cc motorcycle. The design of electric motorcycle vehicles is focused to know the feasibility study comparison between engine drive and electrical drive. In the design of electric motorcycle vehicles know how to make technical economic calculations on electric motorcycles. And converting energy from mechanical energy into electric energy or vice versa requires a device called an electric motor. Having the knowledge and experience in the manufacture of electric motors will be more useful and become important in the future. Electric vehicles are the solution to the problem of depleting petroleum reserves and pollution problems that increase each year due to exhaust emissions produced by oil-fueled vehicles. contribution of motor vehicle exhaust as a source of air  pollutionreaches  60-70%. The decline of fossil fuels in the world is also a major problem that is currently unresolved. The analytical technique used in this study is a descriptive statistic technique. Where in this study will be carried out an assessment of the technical data that occurs on the calculation of the speed of what motor is in accordance with the specified  standards.
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