科技视界
科技視界
과기시계
Science&Technology Vision
2015年
17期
219-220
,共2页
GCT-C%汽机旁排%单侧冷却%热力分析
GCT-C%汽機徬排%單側冷卻%熱力分析
GCT-C%기궤방배%단측냉각%열력분석
GCT-C%Turbine bypass%Unilateral cooling%Thermal analysis
本文主要通过对中核运行2厂1/2号650MW核电机组的GCT-C旁排阀及减温减压装置热力过程的介绍,分析在失去一列CRF水时,即凝汽器在失去一列冷却水,在单侧冷却的情况下汽机旁排投运,此时相关热工参数是否仍能满足凝汽器设计要求。
本文主要通過對中覈運行2廠1/2號650MW覈電機組的GCT-C徬排閥及減溫減壓裝置熱力過程的介紹,分析在失去一列CRF水時,即凝汽器在失去一列冷卻水,在單側冷卻的情況下汽機徬排投運,此時相關熱工參數是否仍能滿足凝汽器設計要求。
본문주요통과대중핵운행2엄1/2호650MW핵전궤조적GCT-C방배벌급감온감압장치열력과정적개소,분석재실거일렬CRF수시,즉응기기재실거일렬냉각수,재단측냉각적정황하기궤방배투운,차시상관열공삼수시부잉능만족응기기설계요구。
Based mainly on the introduction to the structure of GCT-C bypass valve and pressure &temperature reducing device as well as the thermal process at Qishan 2-1/2, this paper analyzes whether the related thermal parameters can still meet the condenser design requirements in case of loss of a train of Circulating Water (CRF), that is a train of condenser cooling water is lost and the turbine bypass is put into operation under the condition of unilateral cooling.