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Design and modelling of novel evacuated receiver tube of concentration solar power system by using heliostat stadium arrangement

机译:利用光晕体育场布置设计和造型集中太阳能系统的浓缩太阳能系统

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A novel concentration solar evacuated receiver tube collector is proposed in this study. Details of design and simulation of the heliostat field are presented. The proposed system uses a heliostat stadium arrangement to focus sunlight towards a receiver (evacuated receiver tube). Heliostat field which looks like stadium arrangement is proposed an alternative system of the tower in the power tower plants to cancel the shading / blocking losses. In this study, simulation results showed that the energy input increases with increased solar irradiation; the increase ranges from 288 to 470W/m.The maximum amount of energy inputs that can be obtained in the receiver for the collector is around 470W/m for the maximum solar density of 688W.m2. In the solar is 402 W/m2, and the useful energy of collectors is about 288 W/m and the thermal efficiency of the receiver was around 23%.
机译:本研究提出了一种新的浓度太阳抽空接收管收集器。提出了光晕场的设计和仿真的细节。所提出的系统使用光晕体育场布置,将阳光聚焦朝向接收器(抽空的接收管)。看起来像体育场布置的光晕场都提出了电力塔工厂中塔的替代系统,以取消着阴影/阻挡损失。在该研究中,仿真结果表明,能量输入随太阳照射的增加而增加;增加的范围为288至470W / m。对于收集器的接收器中可以获得的最大能量输入量为688W.m2的最大太阳密度为约470W / m。在太阳能中为402W / m 2,收集器的有用能量约为288W / m,接收器的热效率约为23%。

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