一种用于节能赛车的气动增压系统的研发

Development of A Pneumatic Boosting System for Energy-efficient Racing Cars

在节能赛车竞赛中,提高赛车的性能和速度,是一个不断探索和研究的问题。而涡轮增压技术成为了一种重要的技术手段。本文所叙述的气动增压系统是基于节能赛车,重新安置了泵轮能源供给的管路,使得节能车内部空间得到更合理的配置,通过对涡轮增压器的静力学分析、压缩气瓶的静力学分析、涡轮增压器的流体分析,得出所设计的气动增压系统结构合理,满足使用要求,所设计的涡轮增压器的质量流量达到3.7g/s,并且增压效率显著提升。该研究对于推动节能赛车涡轮增压系统的发展和应用有一定的参考和借鉴意义。

In energy-saving racing competitions,improving the performance and speed of racing cars is a problem that is constantly explored and studied.Turbocharging technology has become an important technical means.The pneumatic booster system described in this article is based on energy-saving racing,we rearrange the pipeline of pump wheel energy supply,so that the internal space of energy-saving car is more reasonable configuration,through the static analysis of the turbocharger,the static analysis of the compressed gas cylinder,the fluid analysis of the turbocharger,it is concluded that the pneumatic booster system we design has a reasonable structure and meets the requirements of use,the mass flow of the turbocharger we design reaches 3.7g/s,and the boosting efficiency is significantly improved.This research has certain reference and reference significance for promoting the development and application of energy-saving racing car turbocharging system.