摘要
针对中国改进型三环路压水堆(CPR1000)机组安全系统定期试验存在的问题,结合机组安全分析、定期试验设计方法,提出CPR1000机组定期试验的优化方法。针对机组典型仪控报警[余热排出系统(RRA)未隔离且反应堆冷却剂系统高压(RRA 504KA)]定期试验,分析了该定期试验存在的问题;基于本文提出的优化方法,提出了优化方案,并对该优化方案进行了安全分析。安全分析结果表明:该优化方案是可行的。
Aiming at the problems of periodical tests for high safety significant systems in CPR1000 nuclear power unit, the optimization method for periodical tests for CPR1000 is proposed based on the methodology of periodical test design and safety analysis. For the periodical test of the classic instrument alarming, i.e., the residual heat removal system is not isolated and the reactor coolant system is with high pressure, the problems were analyzed and the optimization scheme is proposed. According to the optimization method for periodical tests presented, the safety of the optimization scheme is analyzed, which shows that the scheme is correct and valid. The optimization method for the periodical test of CPR1000 Nuclear Power Unit is beneficial to the nuclear safety.
作者
杨波
张钊
赵福宇
沈荣发
Yang Bo;Zhang Zhao;Zhao Fuyu;Shen Rongfa(Suzhou Nuclear Power Research Institute,Shen2hen,Guangdong,518000,China;Xi＇an Jiaotong University,Xi＇an,710049,China)
出处
《核动力工程》
EI
CAS
CSCD
北大核心
2018年第4期123-127,共5页
Nuclear Power Engineering
关键词
定期试验
余热排出系统
优化方法
安全分析
Periodic test
Residual heat removal system
Optimization method
Safety analysis
