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首页> 外文会议>International topical meeting on nuclear plant instrumentation, control, and human-machine interface technologies >NEUTRON SOURCE FACILITY TRAINING SIMULATOR BASED ON EPICS
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NEUTRON SOURCE FACILITY TRAINING SIMULATOR BASED ON EPICS

机译：基于EPICS的中子源设施训练模拟器

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A plant operator training simulator is developed for training the plant operators as well as for design verification of plant control system (PCS) and plant protection system (PPS) for the Kharkov Institute of Physics and Technology Neutron Source Facility. The simulator provides the operator interface for the whole plant including the sub-critical assembly coolant loop, target coolant loop, secondary coolant loop, and other facility systems. The operator interface is implemented based on Experimental Physics and Industrial Control System (EPICS), which is a comprehensive software development platform for distributed control systems. Since its development at Argonne National Laboratory, it has been widely adopted in the experimental physics community, e.g. for control of accelerator facilities. This work is the first implementation for a nuclear facility. The main parts of the operator interface are the plant control panel and plant protection panel. The development involved implementation of process variable database, sequence logic, and graphical user interface (GUI) for the PCS and PPS utilizing EPICS and related software tools, e.g. sequencer for sequence logic, and control system studio (CSS-BOY) for graphical use interface. For functional verification of the PCS and PPS, a plant model is interfaced, which is a physics-based model of the facility coolant loops implemented as a numerical computer code. The training simulator is tested and demonstrated its effectiveness in various plant operation sequences, e.g. start-up, shut-down, maintenance, and refueling. It was also tested for verification of the plant protection system under various trip conditions.
机译：开发了工厂操作员培训模拟器，以培训工厂操作员以及为哈尔科夫物理技术研究所中子源设施进行工厂控制系统（PCS）和工厂保护系统（PPS）的设计验证。该模拟器为整个工厂提供了操作员界面，包括次临界组件冷却液回路，目标冷却液回路，辅助冷却液回路和其他设施系统。操作员界面基于实验物理和工业控制系统（EPICS）实现，该系统是用于分布式控制系统的综合软件开发平台。自Argonne国家实验室开发以来，它已在实验物理学界广泛采用，例如，用于控制加速器设施。这项工作是核设施的第一个实施。操作员界面的主要部分是工厂控制面板和工厂保护面板。该开发涉及利用EPICS和相关软件工具（例如PCS）实现PCS和PPS的过程变量数据库，序列逻辑和图形用户界面（GUI）。用于序列逻辑的定序器，以及用于图形使用界面的控制系统工作室（CSS-BOY）。为了对PCS和PPS进行功能验证，需要连接工厂模型，该模型是实现为数字计算机代码的设施冷却剂回路的基于物理的模型。测试了训练模拟器，并证明了其在各种工厂操作序列（例如，工厂操作）中的有效性。启动，关闭，维护和加油。还对它进行了测试，以验证在各种跳闸条件下的植保系统。

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