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How Will Be the Situation Awareness of Operating Team in an Advanced MCR?

机译:高级MCR中的运营团队的情况意识如何?

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Environments in nuclear power plants (NPPs) are changing as the design of instrumentation and control (I&C) systems for NPPs are rapidly moving toward fully digital I&C, and modern computer techniques have been gradually introduced into the main control room (MCR). In the context of these environmental changes, the level of performance of operators in a digital MCR is a major concern. Situation awareness (SA), which is used within human factors research to explain to what extent operators of safety-critical systems know what is transpiring in the system and the environment, is considered a prerequisite factor to guarantee the safe operation of NPPs. However, safe operation of NPPs can be guaranteed by team efforts. In this regard, the operating team's SA in a conventional and digital MCR should be measured in order to assess whether the new design features implemented in a digital MCR affect this parameter. This paper explains the team SA measurement method used in this study and the results of applying this measurement method to operating teams in different MCR environments. Also, this paper discusses some lessons learned from the results.
机译:核电厂(NPP)的仪表和控制(I&C)系统的设计正朝着全数字化I&C迅速发展,现代计算机技术已逐渐引入到主控制室(MCR)中,核电厂(NPPs)的环境正在发生变化。在这些环境变化的背景下,数字MCR中运营商的性能水平是一个主要问题。在人为因素研究中使用的态势感知(SA)解释了关键安全系统的操作员在多大程度上了解系统和环境中正在发生的事情,被认为是确保NPP安全运行的前提因素。但是,团队的努力可以保证核电厂的安全运行。在这方面,应该对常规和数字MCR中的操作团队的SA进行测量,以评估数字MCR中实现的新设计功能是否会影响该参数。本文介绍了本研究中使用的团队SA度量方法,以及将该度量方法应用于不同MCR环境中的运营团队的结果。此外,本文还讨论了从结果中学到的一些经验教训。

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