PSA技术在核电厂安全运行中的应用

Xipeng Yu, Zhao Wang
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引用次数: 0

摘要

概率安全分析(PSA)技术已成为国际上支持核电厂日常风险管理和安全决策的主流分析方法。中国某核电站的技术规范要求冷停工况下可用的充注泵和低压安全喷油泵需要按不同的串联布置。在切换中间系统技术规范的过程中,进行了管理优化,取消了原技术规范中对充注泵和低压安全喷油泵的配置要求。本文采用风险知情分析技术来分析和确定与事件相关的技术需求是否可以优化。确保核电站安全稳定运行。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Application of PSA Technology in Safe Operation of Nuclear Power Plant
Probabilistic safety analysis (PSA) technology has become the mainstream analysis method in the world to support the daily risk management and safety decision-making in nuclear power plants. The technical specifications of a nuclear power plant in China require that the charging pump and the low-pressure safety injection pump available under the condition of cold shutdown need to be arranged in different series. In the process of switching the middle system technical specifications, management optimization was carried out, and the configuration requirements of charging pump and low-pressure safety injection pump in the original technical specifications were cancelled. In this paper, the risk-informed analysis technology is applied to analyze and determine whether the technical requirements related to the events could be optimized. Ensure the safe and stable operation of nuclear power plant.
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