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Development and application of an extensible engineering simulator for NPP DCS closed-loop test

机译:用于NPP DCS闭环测试的可扩展工程仿真器的开发和应用

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摘要

Lino Nuclear Power Plant (NPP) Phase II is a newly-built CPR1000 reactor in China, and many new tech-nologies including the incorporation of digital control system (DCS) substituting traditional analog con-trol systems have been applied. This is the first time for Chinese engineers to setup and adjust the DCS configurations. Both the lack of the operating experiences and the plant safety requirements from the government make a necessity of the closed-loop DCS test before commercial plant operation. The most practical way is to build a digital plant as the controlled target and this digital plant is used to provide the plant thermal-hydraulic parameters and feedbacks for the DCS. Though the RELAP5 code has been developed for the best-estimate transient simulation of light water reactor coolant systems and is used worldwide, its functionality is too limited to implement a digital plant, such as the simulation of the com-plicated plant control and protection systems, the 3-dimensional neutron kinetics and the fluid network for the plant auxiliary systems. To overcome these drawbacks, a RELAP5-based extensible simulator has been built to satisfy the new requirements for the implementation of a digital plant. Any simulation code of desired functionality can be integrated into this simulator as a simulation module once it applies a set of well-defined data exchange interfaces. At the present stage, a RELAP5 module, a control system mod-eling module, a software-hardware data bridge module and some other auxiliary modules have been integrated into the simulator. There are more than 60 systems that need to be tested with the DCS in LinAo Phase II, and the whole testing work is separated into several phases. In this paper, we take the testing of the pressure control system and water level control system of pressurizer as example. A typical transient of 10% load step change from 100%FP (full power) to 90%FP was performed for the closed-loop DCS test. The necessity and capability of this RELAP5-based engineering simulator has been demonstrated.
机译:利诺核电站(NPP)二期是中国新建的CPR1000反应堆,已经应用了许多新技术,包括采用数字控制系统(DCS)替代传统的模拟控制系统。这是中国工程师首次设置和调整DCS配置。缺乏操作经验和政府对工厂安全的要求,都使得在商业工厂运行之前必须进行闭环DCS测试。最实用的方法是建立一个数字工厂作为受控目标,该数字工厂用于为DCS提供工厂热工参数和反馈。尽管RELAP5代码是为轻水反应堆冷却剂系统的最佳估计瞬态仿真而开发的,并且已在全球范围内使用,但其功能太有限,无法实现数字化工厂,例如复杂工厂控制和保护系统的仿真。 ,3维中子动力学和工厂辅助系统的流体网络。为了克服这些缺点,已构建了一个基于RELAP5的可扩展模拟器,以满足实现数字工厂的新要求。一旦应用了一组定义良好的数据交换接口,任何具有所需功能的仿真代码都可以作为仿真模块集成到此仿真器中。在目前阶段,RELAP5模块,控制系统模型模块,软件-硬件数据桥模块和一些其他辅助模块已集成到模拟器中。 LinAo II期有60多个系统需要使用DCS进行测试,整个测试工作分为几个阶段。本文以增压器压力控制系统和水位控制系统的测试为例。对于闭环DCS测试,执行了从100%FP(满功率)到90%FP的10%负载阶跃变化的典型瞬变。已经证明了这种基于RELAP5的工程仿真器的必要性和功能。

著录项

  • 来源
    《Annals of nuclear energy》 |2011年第1期|p.49-55|共7页
  • 作者单位

    School of Nuclear Science and Engineering, Shanghai Jiao Tong University, Dongchuan Road, Shanghai 200240, China;

    School of Nuclear Science and Engineering, Shanghai Jiao Tong University, Dongchuan Road, Shanghai 200240, China;

    School of Nuclear Science and Engineering, Shanghai Jiao Tong University, Dongchuan Road, Shanghai 200240, China;

    School of Nuclear Science and Engineering, Shanghai Jiao Tong University, Dongchuan Road, Shanghai 200240, China;

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  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

    RELAP5; real-time; engineering simulator; DCS; closed-loop test;

    机译:RELAP5;即时的;工程模拟器;DCS;闭环测试;

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