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Solar heat power generation module using the solar heat collection body and the solar heat collector body in the solar thermal combined cycle power generation system

机译:在太阳能热联合循环发电系统中使用太阳能集热体和太阳能集热体的太阳能热发电模块

摘要

PROBLEM TO BE SOLVED: To prevent a decrease in infrared absorptivity of a solar heat collecting structure, erosion in a high-temperature atmospheric environment, shortening of a device lifetime, and inter-layer peeling due to thermal stress of an interface in a high-temperature difference cycle environment; and to efficiently supply an infrared wavelength range of irradiation and absorption to a thermoelectric power generating element.;SOLUTION: The solar heat collector is constituted by forming a metallic base material 13 with high thermal conductivity, and an infrared absorbing film layer 14 made of non-oxide ceramics, having high absorptivity to the infrared wavelength range, on a surface of the base material, wherein an inclined layer 15 made different in mixing ratio of the infrared absorbing film-forming material from the metal material as the base material is formed therebetween, and a cavity 16 which is deep enough to substantially reach the center part of the heat collector is provided on a solar heat irradiated surface of the heat collector.;COPYRIGHT: (C)2011,JPO&INPIT
机译:解决的问题:为防止太阳能集热结构的红外吸收率降低,在高温大气环境中腐蚀,缩短设备寿命以及由于高温下界面的热应力而导致的层间剥离温差循环环境; SOLUTION:太阳能集热器是通过形成具有高导热性的金属基材13和由非热电性材料制成的红外吸收膜层14构成的在基材的表面上具有对红外波长范围具有高吸收率的氧化陶瓷,在其间形成倾斜层15,该倾斜层15使红外线吸收膜形成材料与作为基材的金属材料的混合比不同;在集热器的太阳热辐射表面上设置有足够深以基本到达集热器的中心部分的空腔16。版权所有:(C)2011,JPO&INPIT

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