太阳能吸热器选择表面的研究

F. Mammadov
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引用次数: 22

摘要

选择性纳米覆盖表面的应用对于提高太阳能热电厂吸收太阳能的可能性和减少热损失具有重要的现实意义。研究了Cu+Ni+SiO2+Ni+SiO2和Cu+Ni+ZnS含量选择性纳米覆盖表面在太阳能电站中的应用。这种高效的内容物被涂在特定的太阳能接收器表面。与其他选择性表面相比,该选择性纳米覆盖表面在T>500℃温度下仍能保持其光学性能的稳定。采用所研制的选择性纳米覆盖表面的新型太阳能接收器,在自然条件下和实验室进行了测试。本文确定了该太阳能接收器最需要的热能参数。
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Study of Selective Surface of Solar Heat Receiver
For increasing of solar heating energy plants' absorbing possibility and reducing heat loss selective nano-covered surface application has great practical importance. In the investigation Cu+Ni+SiO2+Ni+SiO2 and Cu+Ni+ZnS content selective nano-covered surface' usage in solar energy plants was studied. This content having high effectiveness was painted on the surface of the specific solar receiver. In comparison with the other selective surfaces this selective nano-covered surface supplies to keep its optical properties stable till T>500℃ temperature. New type solar receiver with the developed selective nano-covered surface was tested in natural condition and at the lab. In the paper the most necessary heat-energy parameters of this solar receiver were defined.
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