Fault Diagnosis for Steam-flow Exciting Vibration of Ultra Supercritical1000 MW Steam Turbine

Chen Li, Hu Niansu
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引用次数: 2

Abstract

With the increase of thermal power capacity, ultra supercritical units have become the mainstream of power industry. At the same time, with the improvement of the steam parameters and the shafting lengthened, making the steam flow excited vibration frequently happen in the ultra supercritical units, which will seriously affect the reliability of the unit. This paper takes steam flow excited vibration of a 1000MW turbine as an example, according to the experimental and theoretical causes of steam flow excited vibration, so as to solve the steam flow excited vibration by the proposed treatment plan, the reliability of operation and the units with high load capacity can also be greatly improved.
超超临界1000mw汽轮机蒸汽流激振故障诊断
随着火电容量的增加,超超临界机组已成为电力行业的主流。同时,随着蒸汽参数的提高和轴系的加长,使超超临界机组频繁发生蒸汽流激振,将严重影响机组的可靠性。本文以1000MW汽轮机蒸汽流激振动为例,根据产生蒸汽流激振动的实验原因和理论原因,通过提出的处理方案解决蒸汽流激振动问题,也可以大大提高机组的运行可靠性和高负荷能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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