低负荷离心压缩机控制系统及其对喘振压力的影响

I. Poljak, Josip Orović, Vlatko Knežević, J. Vulić
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引用次数: 1

摘要

分析了船用蒸汽发生器用低负荷压缩机的运行情况。所分析的低负荷压缩机在流向主蒸汽发生器的节流流引起的三个不同运行区域下进行了观察。所有实例均根据实际开发情况进行了说明。由于低负荷压缩机在运行时对主蒸汽发生器的火焰稳定性影响最大,因此观察主蒸汽发生器的恒定流量是非常重要的。可能的流量波动意味着文中解释的不稳定性,必须避免这种不稳定性,以确保低负荷压缩机的可靠寿命和主蒸汽发生器的平稳运行。此外,为了防止蒸汽发电厂的效率损失,着重介绍了避免喘振效应的一些方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Low Duty Centrifugal Compressor Control System and its Impact on the Surge Pressure
This paper presents an analysis of the low duty compressor for marine steam generators and its running conditions. The analysed low duty compressor was observed under three different running zones caused by a throttled flow towards main steam generators. All examples were explained according to real exploitation conditions. As the low duty compressor has the highest influence on the flame stability for the main steam generators while running, it is very important to observe the constant flow towards the main steam generators. Possible flow fluctuation implies instabilities which are explained in the article and the same have to be avoided in order to assure a reliable life span of the low duty compressor and smooth operation of the main steam generators. Furthermore, for preventing efficiency losses of a steam power plant, some methods for avoiding surge effects are emphasized and recommended.
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