Elaboration of the concept of a car with a hybrid power plant

A. Markina, L. A. Pochuev
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Abstract

Residents of large cities suffer greatly from air pollutants, a significant proportion of which is accounted for the road transport. In order to solve this issue, car manufacturers are upgrading internal combustion engines, designing alternative engine units. This article analyzes various modern engine units, highlights their strengths and weaknesses. Statistical data demonstrating the growth of production and sales of electric and hybrid vehicles in Russia and abroad are presented. Cars equipped with traditional internal combustion engines (ICE) have unique advantages and today make more than 99 % of the global fleet. Based on the analysis, a scheme of a hybrid power plant (HPP) was formed, combining the components of engine units of electric vehicles and internal combustion engines. The main elements of installation and their layout in the car are described. A schematic diagram of transmission is presented, its components are listed and their operation is described. The HPP scheme was developed within the framework of the concept of a motor vehicle corresponding to the trends of modern automotive industry. At the same time, such cars provide the opportunity of sport driving experience, have good dynamic performance.
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阐述了混合动力汽车的概念
大城市的居民深受空气污染物的影响,其中很大一部分是由道路运输造成的。为了解决这个问题,汽车制造商正在升级内燃机,设计替代发动机单元。本文分析了各种现代发动机单元,突出了它们的优缺点。统计数据表明,电动和混合动力汽车在俄罗斯和国外的生产和销售的增长。配备传统内燃机(ICE)的汽车具有独特的优势,目前占全球汽车总量的99%以上。在此基础上,提出了一种将电动汽车发动机单元与内燃机相结合的混合动力装置方案。介绍了安装的主要要素及其在车内的布置。给出了传动原理图,列出了传动的各组成部分,并介绍了各组成部分的工作原理。HPP方案是在与现代汽车工业趋势相对应的机动车辆概念框架内开发的。同时,这类车提供了运动驾驶体验的机会,具有良好的动态性能。
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