热力系统的长期动态特性对各种火电机组的仿真或控制系统设计具有十分重要的意义。
The long-term dynamic characteristics of a thermodynamic system are of major significance to the design of simulation or control systems for various types of thermal power plants.
采用节点压力作为状态变量是常见的热力系统模型之一，在多数工况下模型能满足仿真要求。
The model using the nodes pressure as state parameters is a common one of the thermodynamic system model, which can meet the conditions in most of the simulation requirements.
在借鉴过程仿真和热力系统分析方法的基础上，开发了一套锅炉高温受热面金属壁温在线监测系统。
Based on the process simulation and the analysis method of thermal power system, the tube wall temperature online monitoring system for high temperature heating surface was successfully developed.
介绍了最新研制的基于分布式控制系统（DCS）的火电站全CRT仿真培训装置中热力系统控制回路的可视化组态软件系统。
This paper presents the development of a visual configuration system used for a full CRT fossil power plant training simulator, which utilizes advanced distributed control system(DCS).
介绍了最新研制的基于分布式控制系统（DCS）的火电站全CRT仿真培训装置中热力系统控制回路的可视化组态软件系统。
This paper presents the development of a visual configuration system used for a full CRT fossil power plant training simulator, which utilizes advanced distributed control system(DCS).
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