Research on Risk Assessment of Heavy Load Drops in Nuclear Power Plants

Chao Ma, Yiming Wang, C. Feng, Jian Yang
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Abstract

After years of development, probabilistic safety assessment has become a tool for the evaluation and optimization of the design and operation of nuclear power plants, and the analysis scope has also developed from internal events to internal hazards and external hazards. In the assessment of internal and external hazards, the probabilistic safety assessment of internal fire, internal flooding and seismic has been fully studied, and a systematic analysis method has been formed, which is used to support the design and operation of nuclear power plants. The drop of heavy load is one of the internal hazards of nuclear power plants. At present, there is no systematic method how to quantitatively evaluate the risks to nuclear power plants. This paper refers to the analysis requirements of IAEA, NEI and other institutions on the analysis of heavy load drop, and combines the design characteristics and operating experience of the power plant to carry out a study on the risk assessment of heavy load drop, including: analysis of the possibility of heavy load drop, analysis of the impact of heavy load drop, CDF levels caused by heavy load drop, etc. Through the research in this paper, it is expected to provide insights into the risk of heavy load drop and provide support for subsequent risk assessment and optimization of nuclear power plants.
核电站重负荷下降风险评估研究
概率安全评价经过多年的发展,已经成为核电站设计和运行评价和优化的工具,分析范围也从内部事件发展到内部危害和外部危害。在内外灾害评价中,对内部火灾、内部洪水和地震的概率安全评价进行了充分的研究,形成了系统的分析方法,用于支持核电站的设计和运行。大负荷下降是核电站的内部危害之一。如何定量评价核电站的风险,目前尚无系统的方法。本文参考IAEA、NEI等机构对重负荷下降分析的分析要求,结合电厂的设计特点和运行经验,开展了重负荷下降风险评估研究,包括:重负荷下降可能性分析、重负荷下降影响分析、重负荷下降引起的CDF水平分析等。通过本文的研究,期望能够对重负荷下降的风险有更深入的了解,为后续核电站的风险评估和优化提供支持。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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