Bartłomiej Urbański, Grzegorz Przybyła, Łukasz Brodziński, Maryia Savitskaya
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引用次数: 0
摘要
目前在汽车领域讨论的旨在大幅减少公路运输中有害物质排放的变革,也影响着赛车运动的发展方向。其中之一就是电力驱动系统的使用。由于性能和安全原因,目前生产的电动汽车在技术上还不能参加汽车拉力赛。因此,汽车拉力赛仍然使用内燃机,并尝试采用混合动力驱动系统。考虑到上述电力驱动技术的局限性,内燃机将在汽车拉力赛中保留更长的时间。有鉴于此,本文重点讨论拉力赛车的废气处理系统问题。通过测试,确定了使用根据国际汽联准则批准的催化转换器的汽车尾气排放情况,并将其与量产汽车的现行标准进行了比较。通过这些测试,还可以估算汽车拉力赛赛道上的尾气排放水平。另一个问题是分析使用电力驱动的压缩机可以通过限制 ALS 系统的运行来降低多少油耗,ALS 系统旨在将涡轮增压器的转速保持在恒定水平。降低特殊赛段的油耗还将对减少拉力赛车的有害物质排放产生积极影响。
Reducing emissions of harmful substances in rally cars
Currently discussed changes in the automotive sector, which are aimed at significantly reducing emissions of harmful substances in road transport, also affect the directions of development of motorsport. One of them is the use of electric drive systems. Currently produced electric cars are not technically prepared to compete in car rallies, both due to their performance and safety reasons. For this reason, rallies still use combustion engines and attempts are made to implement hybrid drive systems. Bearing in mind the above-mentioned limitations of electric drive technology, combustion engines will remain in car rallies for a longer time. Taking the above into account, the article focuses on the issues of exhaust gas treatment systems in rally cars. Tests were carried out to determine exhaust emissions from a car using a catalytic converter approved according to FIA guidelines and compare them to the current standards for mass-produced cars. Thanks to them, it was also possible to estimate the level of exhaust emissions on the approach sections of the car rally. A separate issue was the analysis of how much the use of an electrically driven compressor could reduce fuel consumption by limiting the operation of the ALS system, which is designed to maintain the turbocharger's rotational speed at a constant level. Reducing fuel consumption on the special stage would also have a positive impact on reducing emissions of harmful substances from the rally car.