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Loss of offsite power accident analysis in a VVER-1000/V446 nuclear power plant

机译:VVER-1000 / V446核电站中非石发电机事故分析的损失

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The aim of this study is to present a thermo-hydraulic analysis of the loss of offsite power accident in VVER-1000/V446 nuclear power plant using the RELAP5 code. Loss of offsite power accident would lead to the unavailability of major active safety systems, and that the safety criteria ensuring a secure operation of the nuclear power plant would be violated, resulting in core heat-up with possible core degradation. Therefore, the analysis and investigation of the plant, during this accident, is very important. For this purpose, different behaviors of major components in the primary and the secondary sides of the reactor coolant system are studied. In this paper, the reactor is simulated by using RELAP5 system code. The results show a reasonable agreement with the developed model and also with the Bushehr nuclear power plant final safety analysis reports.
机译:本研究的目的是使用RETAP5码在VVER-1000 / V446核电站中的现场电力事故丢失的热水液分析。非现场电力事故的损失将导致主要主动安全系统的不可用,并且确保核电站安全运行的安全标准将被侵犯,导致核心升温核心升温。因此,在这种情况下,对植物的分析和调查非常重要。为此目的,研究了反应器冷却剂系统的初级和次级侧和次级侧的主要部件的不同行为。在本文中,通过使用Relap5系统代码模拟电抗器。结果表明,与开发的模型以及Bushehr核电站最终安全分析报告的合理协议。

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