Homogeneous Charge Compression Ignition (HCCI) Engine Control Strategies and Fuel-air Mixture Preparation Research

X. Peng
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Abstract

With the development of transportation in 21st century, the increasing demands of conventional fuels trigger off serious issues like climate change, health problem and fuel shortage, etc. To reduce the reliance on crude oils, the automobile industry has begun doing research for alternative engines and make some progress recently. This paper starts from concise backgrounds of fossil fuels and brief working principle of HCCI and summarize their strengths and weaknesses compared to conventional engines like less NOx but narrow load range. Besides, it also explains two approaches for homogeneous preparation, improvement of homogeneity and delay of auto-ignition, and finally mentions the future potential and research direction of HCCI.
均质压缩点火(HCCI)发动机控制策略及混合气制备研究
随着21世纪交通运输的发展,对常规燃料的需求不断增加,引发了气候变化、健康问题和燃料短缺等严重问题。为了减少对原油的依赖,汽车工业已经开始研究替代发动机,最近取得了一些进展。本文从化石燃料的简明背景和HCCI的简单工作原理入手,总结了其与传统发动机相比的优缺点,如NOx少,负载范围窄。阐述了两种制备均质化、改善均质化和延缓自燃的方法,最后提出了HCCI的未来潜力和研究方向。
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