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首页> 外文期刊>Nuclear engineering and technology >ADVANCED MMIS TOWARD SUBSTANTIAL REDUCTION IN HUMAN ERRORS IN NPPS
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ADVANCED MMIS TOWARD SUBSTANTIAL REDUCTION IN HUMAN ERRORS IN NPPS

机译:先进的MMIS可以大幅降低NPPS中的人为错误

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This paper aims to give an overview of the methods to inherently prevent human errors and to effectively mitigate the consequences of such errors by securing defense-in-depth during plant management through the advanced man-machine interface system (MMIS). It is needless to stress the significance of human error reduction during an accident in nuclear power plants (NPPs). Unexpected shutdowns caused by human errors not only threaten nuclear safety but also make public acceptance of nuclear power extremely lower. We have to recognize there must be the possibility of human errors occurring since humans are not essentially perfect particularly under stressful conditions. However, we have the opportunity to improve such a situation through advanced information and communication technologies on the basis of lessons learned from our experiences. As important lessons, authors explained key issues associated with automation, man-machine interface, operator support systems, and procedures. Upon this investigation, we outlined the concept and technical factors to develop advanced automation, operation and maintenance support systems, and computer-based procedures using wired/wireless technology. It should be noted that the ultimate responsibility of nuclear safety obviously belongs to humans not to machines. Therefore, safety culture including education and training, which is a kind of organizational factor, should be emphasized as well. In regard to safety culture for human error reduction, several issues that we are facing these days were described. We expect the ideas of the advanced MMIS proposed in this paper to lead in the future direction of related researches and finally supplement the safety of NPPs.
机译:本文旨在概述通过先进的人机界面系统(MMIS)在工厂管理过程中确保纵深防御,从而固有地预防人为错误并有效减轻此类错误后果的方法。无需强调减少核电厂(NPP)事故期间人为错误的重要性。人为失误造成的意外停工不仅威胁核安全,而且使公众对核电的接受度大大降低。我们必须认识到人为错误的可能性一定存在,因为人在本质上并不是完美的,特别是在压力条件下。但是,我们有机会根据从我们的经验中学到的经验,通过先进的信息和通信技术来改善这种状况。作为重要的课程,作者解释了与自动化,人机界面,操作员支持系统和程序相关的关键问题。在调查之后,我们概述了使用有线/无线技术开发高级自动化,操作和维护支持系统以及基于计算机的程序的概念和技术因素。应当指出,核安全的最终责任显然属于人,而不是机器。因此,还应强调安全文化,包括教育和培训,这是一种组织因素。关于减少人为错误的安全文化,描述了当今我们面临的几个问题。我们希望本文提出的先进MMIS的思想能够引领相关研究的未来方向,并最终补充核电厂的安全性。

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