探索偶发事件分析在核电电气研究中的应用
Exploring the Use of Contingency for Nuclear Electrical Studies
AI总结：
本文研究偶发事件分析在核电站中的应用，通过分析N-1故障并提出补救行动方案以减少电压违规，同时提议未来采用基于实时测量数据的偶发事件分析，为系统监控和设计变更提供支持。
摘要：
本文研究了偶发事件分析在核电站中的应用，以确定其对核工业的潜在益处。针对一座现有核电站的模型，分析了各种N-1偶发事件，主要检查由故障引起的电压违规。提出了补救行动方案，以在系统发生故障时支持减少电压违规。所提出的许多方案通过现有的冗余和保护方案得以解决，这些方案是在设计过程中通过使用行业标准边界分析提供的。本文提议未来在核电站中使用实时偶发事件分析，该分析通过不断更新的系统电压、电流和功率测量值来进行。这将提供系统的实时信息，并可作为历史数据，以减少电厂待定设计变更所需的分析。
英文摘要：
This paper examines the use of contingency analysis for a nuclear power plant to determine its potential benefits for the nuclear industry. Various N-1 contingencies were analyzed for a model of an existing nuclear plant, primarily inspecting voltage violations resulting from a failure. Remedial Actions Schemes were suggested to support the reduction of voltage violations in the event of a failure within the system. Many of the schemes presented were solved by existing redundancies and protection schemes that have been provided through the use of industry standard bounding analysis in the design process. This paper proposes the future use of real-time contingency analysis for nuclear power plants, conducted using constantly updating voltage, current, and power measurements through the system. This will provide real-time information of the system and can serve as historical data to reduce the analysis needed for pending design changes in the plant.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
