关于拖网渔船应用顺序涡轮增压技术的讨论

Yafei Li, Fan Shi
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摘要

为了改善拖网渔船在自由航行和拖网作业的不同负荷和速度条件下的性能需求,本文采用了顺序涡轮增压技术。通过拟合基本涡轮增压和常规涡轮增压(两个涡轮增压器)的实验曲线,我们得到了顺序涡轮增压的通用特性曲线。此外,还整合了拖网渔船在自由运行和拖网作业下的螺旋桨特性曲线和负荷特性曲线。分析结果表明,顺序涡轮增压系统可使拖网渔船在低速范围内增加约 20% 的扭矩;在自由运行模式下切换到两个涡轮增压器可减少约 17.5 克/瓦时的燃油消耗;在拖网作业期间切换到基本涡轮增压器可减少约 13.9 克/瓦时的燃油消耗。这项研究不仅有利于船舶的经济性,还为进一步改进发动机机械提供了指导,可能会引起主机制造领域读者的兴趣。
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Discussion on the application of sequential turbocharging technology on trawlers
To improve the performance needs of trawlers under the varying load and speed conditions of free-running and trawling operations, this article employs sequential turbocharging technology. By fitting the experimental curves of basic turbocharging and conventional turbocharging (two turbochargers), we obtained the universal characteristic curve of sequential turbocharging. Further, the propeller characteristic curves and load characteristic curves of trawlers under free-running and trawling operations were integrated. The analysis results show that the sequential turbocharging system increases the torque of trawlers by about 20% in the low-speed range; switching to two turbochargers in free-running mode reduces fuel consumption by ∼17.5 g/Wh; switching to basic turbocharging during trawling operations decreases fuel consumption by about 13.9 g/Wh. This study is not only beneficial for the economy of ships but also provides guidance for further improvements in engine mechanics, potentially attracting the interest of readers in the main engine manufacturing field.
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来源期刊
CiteScore
3.80
自引率
16.70%
发文量
370
审稿时长
6 months
期刊介绍: The Journal of Process Mechanical Engineering publishes high-quality, peer-reviewed papers covering a broad area of mechanical engineering activities associated with the design and operation of process equipment.
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