水电与抽水蓄能2024,Vol.10Issue(4) :84-88.DOI:10.3969/j.issn.2096-093X.2024.04.014

巨型水电机组液压系统压油泵频繁加卸载原因分析及处理

Analysis and Treatment Methods for Frequent Loading and Unloading of Pressure Oil Pumps in the Hydraulic System of Giant Hydroelectric Generators

冉鄂渝 严玉明 张鹏 王本红 艾远高
水电与抽水蓄能2024,Vol.10Issue(4) :84-88.DOI:10.3969/j.issn.2096-093X.2024.04.014

巨型水电机组液压系统压油泵频繁加卸载原因分析及处理

Analysis and Treatment Methods for Frequent Loading and Unloading of Pressure Oil Pumps in the Hydraulic System of Giant Hydroelectric Generators

冉鄂渝 1严玉明 1张鹏 1王本红 1艾远高1
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作者信息

  • 1. 三峡水力发电厂,湖北省宜昌市 443133
  • 折叠

摘要

水轮机调速系统是水电站的主要设备之一,是不可缺少的组成部分.其中液压系统作为调速系统的动力源,其可靠性和稳定性直接关系到调速系统的安全性.压油泵频繁出现加卸载现象会影响液压系统的可靠性和安全性.本文阐述了实际运行中出现的压油泵频繁加卸载现象,并从油压装置、电气调节两方面压油泵频繁加卸载的原因进行了详细的分析.结合机组趋势分析历史数据、现场压油泵的状态以及调速器控制柜触摸屏的数据,对压油泵频繁加卸载的原因进行了定位.根据故障定位,提出造成压油泵频繁加卸载现象的解决方案.

Abstract

The hydraulic turbine governor system is one of the main equipment of a hydro power station and an indispensable component.The reliability and stability of the hydraulic system,served as the power source of the hydraulic turbine governor system,is directly related to the safety of the hydraulic turbine governor system.Frequent loading and unloading of the pressure oil pump can affect the reliability and safety of the hydraulic system.This paper describes the phenomenon of frequent loading and unloading of the pressure oil pump during actual operation,and provides a detailed analysis of the reasons for frequent loading and unloading of the pressure oil pump from two aspects:oil pressure device and electrical regulation.Based on the trend analysis of the unit's historical data,the status of the on-site pressure oil pump,and the touch screen data of the governor control cabinet,the reasons for frequent loading and unloading of the pressure oil pump were identified.Based on the fault location,a solution to the frequent loading and unloading of the pressure oil pump is proposed.

关键词

液压系统/压油泵/加卸载/电气调节

Key words

hydraulic system/pressure oil pump/loading and unloading/electrical regulation

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出版年

2024
水电与抽水蓄能
国网电力科学研究院

水电与抽水蓄能

影响因子:0.247
ISSN:2096-093X
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