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An Investigation of Heat Performance for a Novel Solar Air Collector with Punching Seams in Absorber

Author: LiuDan
Tutor: ZhangHuan
School: Tianjin University
Course: Heating, Gas Supply , Ventilation and Air Conditioning Engineering
Keywords: Solar Air collector Penetration type Collection efficiency Caulking board
CLC: TK513
Type: Master's thesis
Year: 2009
Downloads: 81
Quote: 1
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Abstract


Solar energy as a source of clean and abundant resources of renewable energy growing attention and more and more applied to various fields , such as: heating, air conditioning , drying . Solar building heating , fan - powered slit porous plate collectors have been achieved with the integration of the building has a very broad space for development , and its simple and efficient features . The characteristics of the solar air collector Research and solar air collectors were analyzed and compared , and the SolarWall the basis of design in Canada Conserval company improve on , developed a caulking - type absorber plate new solar air collector , the collector is a penetration type air collectors (UTC), a new and efficient air collector . In this paper, first the the new caulking absorber plate solar air collector established mathematical model , a theoretical analysis of its performance and heat transfer law , and engineering requirements , design a new type of solar air collector model , and the model of dynamic experiments to verify the accuracy and reliability of the mathematical model . On this basis , the numerical simulation of new solar air collector , a comparative analysis of the thermal performance of the collector under different conditions , and research in new wind conditions the height of the collector , air traffic as well as the intensity of solar radiation and other factors on the impact of the new solar air collector gathers heat and collector efficiency . Ultimately this paper concluded : the new caulking absorber plate solar air collector with construction to meet the heating and ventilation requirements of the building in winter and transitional season , is a good way for the renewable energy heat utilization has further in-depth research and application value .

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CLC: > Industrial Technology > Energy and Power Engineering > Special heat and its mechanical > Solar Energy Technology > Solar energy conversion devices and equipment
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