A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
A building integrated solar collector: All-ceramic solar collector
Highlights All-ceramic solar collectors are made from ceramics. The material of absorber coating is V–Ti black ceramic. All-ceramic solar collectors can well integrate with buildings. All-ceramic solar collectors have the same lifetime with buildings.
Abstract A type of all-ceramic flat plate solar collector is introduced. These all-ceramic solar collectors are made from ordinary ceramic and V–Ti black ceramic. The solar absorptance of black ceramic coatings is in the range of 0.93–0.97. The all-ceramic solar collector is characterized by low cost, long lifetime, no attenuation of absorptance, and building integration. The word “integration” means not only that the solar elements are used as architectural elements in attractive, visible (or invisible), and not too costly ways, but also that the solar collectors should have the same lifetime with the building. They should replace other building elements or share roof materials with building roof. For example, they can act as balcony railings, or share the insulation layer. When the solar thermal collectors act as balcony railings, the thermal efficiency is about 471%. When solar collectors integrate with pitched building roofs, the thermal efficiency of all-ceramic solar system is more than 50%.
A building integrated solar collector: All-ceramic solar collector
Highlights All-ceramic solar collectors are made from ceramics. The material of absorber coating is V–Ti black ceramic. All-ceramic solar collectors can well integrate with buildings. All-ceramic solar collectors have the same lifetime with buildings.
Abstract A type of all-ceramic flat plate solar collector is introduced. These all-ceramic solar collectors are made from ordinary ceramic and V–Ti black ceramic. The solar absorptance of black ceramic coatings is in the range of 0.93–0.97. The all-ceramic solar collector is characterized by low cost, long lifetime, no attenuation of absorptance, and building integration. The word “integration” means not only that the solar elements are used as architectural elements in attractive, visible (or invisible), and not too costly ways, but also that the solar collectors should have the same lifetime with the building. They should replace other building elements or share roof materials with building roof. For example, they can act as balcony railings, or share the insulation layer. When the solar thermal collectors act as balcony railings, the thermal efficiency is about 471%. When solar collectors integrate with pitched building roofs, the thermal efficiency of all-ceramic solar system is more than 50%.
A building integrated solar collector: All-ceramic solar collector
Yang, Yuguo (author) / Wang, Qichun (author) / Xiu, Dapeng (author) / Zhao, Zhibin (author) / Sun, Qizheng (author)
Energy and Buildings ; 62 ; 15-17
2013-03-04
3 pages
Article (Journal)
Electronic Resource
English
A building integrated solar collector: All-ceramic solar collector
| Online Contents | 2013