Research on Algorithm of Sump Level Operator Assisted Support Program for PWR Nuclear Power Plant

Liu Qiaofen, Xiao Sanping, Liu Yu, Liu Xichao, Jiang Xulun
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Abstract

Pressurized Water Reactor (PWR) nuclear power plant sump operator assisted program is applied to monitor unrecognized leaks of reactor coolant. It is very crucial to leak before break (LBB) protection and greatly affects the operational safety of nuclear reactors. In this paper, an algorithm of sump level operator assisted support program is proposed. Compared with the algorithm of traditional PWR, this algorithm adds the identification of working conditions and re-builds the leakage flow calculation method, which eliminates interference factors to the extent practical and improves the accuracy of the calculation results of unrecognized leakage flow.
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压水堆核电站水坑操作员辅助保障方案算法研究
采用压水堆(PWR)核电站污水池操作员辅助程序对反应堆冷却剂未被识别的泄漏进行监测。核反应堆的先漏后破保护是核反应堆运行安全的关键问题。提出了一种水坑操作员辅助支护方案的算法。与传统压水堆算法相比,该算法增加了工况识别,重构了泄漏流量计算方法,最大程度地消除了干扰因素,提高了未识别泄漏流量计算结果的准确性。
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