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以大汉MW级塔式太阳能热发电系统过热型腔式吸热器为研究对象,采用模块化建模方法、根据吸热器的工作机制和热力学定律,建立过热型腔式吸热器的全工况动态仿真数学模型。模拟大汉兆瓦级塔式太阳能热发电站过热型腔式吸热器的动、静态特性。给出大汉兆瓦级塔式太阳能热发电过热型腔式吸热器太阳能辐照的阶跃扰动响应曲线,得出的结论对塔式太阳能热发电电站过热型吸热器的设计、塔式太阳能热发电电站运行策略的制定具有一定的指导意义。
Taking the overheated cavity heat absorber of MW MW tower solar thermal power generation system as the research object, a modular modeling method was used to establish the whole work of the overheated cavity type heat absorber according to the working mechanism and thermodynamic law of the heat absorber Dynamic Simulation Mathematical Model. Simulating the dynamic and static characteristics of overheated cavity heat sink for Dahan megawatt tower solar thermal power plant. The step disturbance response curve of the solar radiation of the overheated cavity-type heat absorber of Taihan megawatt-tower solar thermal power generation is given. The conclusion is drawn that the design of the overheated heat absorber of the tower-type solar thermal power plant, the tower solar energy The establishment of thermal power plant operation strategy has some guiding significance.