停机期间的人力可靠性评估和增强

A. Singh, G. W. Hannaman
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摘要

只提供摘要形式。电力研究所(EPRI)参与了一项开发最先进的工具和技术的计划,以支持停电计划和控制,以及在核电站停电期间评估和降低风险。作为该计划的一部分,正在努力减少停机期间的人为错误及其影响。对过去事件的回顾表明,超过50%是由人类系统相互作用相关的缺陷引起或涉及的。造成停电过程中人为错误的关键因素包括:(1)电厂系统配置的动态变化;(2)由于维护,安全系统和仪表对工厂操作人员的可用性降低;(3)由于进度限制和大量的人类活动要进行,压力增加;(4)缺乏技术规范和程序指导。报告了EPRI人员在停电期间提高可靠性工作的一些主要因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Human reliability assessment and enhancement during outages
Summary form only given. The Electric Power Research Institute (EPRI) is involved in a program to develop state-of-the-art tools and technology to support outage planning and control and for the assessment and reduction of risk during nuclear power station outages. As part of this program, an effort is underway to reduce human error and its impact during outages. A review of past events shows that more than fifty percent are caused by or involve human-system interaction related deficiencies. Some key factors contributing to the human error during outages include: (1) dynamic changes in plant system configuration; (2) reduced availability of safety systems and instrumentation to plant operators due to maintenance; (3) increased stress due to schedule constraints and large number of human activities to be performed; and (4) lack of technical specifications and procedural guidance. Some major elements of the EPRI human reliability enhancement efforts during outages are reported.<>
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