Research and Application of Diesel Engine Turbocharging Technology in Plateau Environment

Fengjun Qi, Changting Li, Zaiqiang Miao
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Abstract

This article summarizes the changes and correction methods of turbocharger compressor characteristics in plateau environments, providing a basis for the plateau matching of diesel engines and turbochargers. Analyze the current research status of plateau matching between fixed cross-section turbochargers, variable cross-section turbochargers, and two-stage turbocharging systems and diesel engines, and explore the potential of variable cross-section turbocharging (VGT), ordinary two-stage turbocharging (TST), and adjustable two-stage turbocharging (RTST) for diesel engine plateau power improvement. Through comparative analysis, the two-stage adjustable turbocharging system based on VGT combines the advantages of two-stage turbocharging and VGT technology, and has the characteristics of high pressure ratio and wide flow rate, which can significantly improve the comprehensive performance of diesel engines on high altitudes.
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高原环境下柴油机涡轮增压技术的研究与应用
本文总结了高原环境下涡轮增压器压气机特性的变化及修正方法,为柴油机与涡轮增压器的高原匹配提供依据。分析固定截面涡轮增压器、可变截面涡轮增压器、两级涡轮增压系统与柴油机高原匹配的研究现状,探讨可变截面涡轮增压(VGT)、普通两级涡轮增压(TST)、可调两级涡轮增压(RTST)对柴油机高原功率提升的潜力。通过对比分析,基于 VGT 的两级可调涡轮增压系统结合了两级涡轮增压和 VGT 技术的优点,具有压比高、流量大的特点,可显著提高柴油机在高海拔地区的综合性能。
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