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首页> 外文会议>International topical meeting on nuclear plant instrumentation, control, and human-machine interface technologies >HUMAN FACTORS ENGINEERING (HFE) STUDY IN SUPPORT OF OPERATING NUCLEAR POWER PLANT (NPP) EXTENDED POWER UPRATE (EPU)
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HUMAN FACTORS ENGINEERING (HFE) STUDY IN SUPPORT OF OPERATING NUCLEAR POWER PLANT (NPP) EXTENDED POWER UPRATE (EPU)

机译：支持运行核电站（NPP）扩展功率提升（EPU）的人因工程（HFE）研究

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This paper describes a HFE study performed in support of an EPU project performed at an operating NPP. The Main Control Board (MCB) layout and individual Human System Interface (HSI) designs created during development of Engineering Changes (ECs) to achieve the EPU were reviewed and evaluated. Recommended designs were developed based on the evaluation taking into account HFE knowledge, principles, criteria and guidelines, control room operator preferences, and engineering constraints. The study was performed by a team consisting of operations, procedures, and engineering personnel and a HFE consultant with other plant personnel involved as required. The approach consisted of applying (1) review criteria in applicable U.S. Nuclear Regulatory Commission (NRC) documents (RS-001; NUREG-0800 Chapter 18; NUREG-0711; and NUREG-0700), (2) industry best practices (EPRI 1010042) to take into account the importance of plant availability and economic operation, (3) plant-specific style guide, and (4) engineering constraints such as limitations on where instruments could be placed on MCB, availability of preferred displays, etc. The HFE study involved applying six elements identified in NUREG-0711 (HFE Program Management, Operating Experience Review, Function Analysis and Allocation, Task Analysis, Treatment of Important Human Actions, and HSI Design). A graded approach was implemented to minimize unnecessary activities. Initial MCB layout and HSI design recommendations were developed, reviewed and evaluated by stakeholders, and revised, as required. The final study results and recommendations were presented to plant management for approval.
机译：本文介绍了为支持在运行中的NPP进行的EPU项目而进行的HFE研究。审查和评估了在开发用于实现EPU的工程变更（EC）期间创建的主控制板（MCB）布局和个人人机界面（HSI）设计。在评估的基础上，根据HFE知识，原则，标准和指南，控制室操作员的偏好以及工程约束条件，开发出了推荐的设计。这项研究是由一个由操作，程序和工程人员以及HFE顾问组成的团队执行的，并根据需要包括其他工厂人员。该方法包括（1）在适用的美国核监管委员会（NRC）文件（RS-001; NUREG-0800第18章; NUREG-0711和NUREG-0700）中应用审查标准，（2）行业最佳实践（EPRI 1010042） ），以考虑工厂可用性和经济运营的重要性，（3）特定于工厂的样式指南，以及（4）工程约束，例如在MCB上可以放置仪器的位置限制，首选显示器的可用性等。HFE这项研究涉及应用NUREG-0711中确定的六个要素（HFE程序管理，操作经验审查，功能分析和分配，任务分析，重要的人为行为的处理以及HSI设计）。实施了分级方法以最大程度地减少不必要的活动。最初的MCB布局和HSI设计建议由利益相关者开发，审查和评估，并根据需要进行修订。最终的研究结果和建议已提交给工厂管理部门审批。

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