Analysis of heat insulation solar glass of fuel-efficiency benefit

• Main Authors: Yuun-Yu Chen, 陳俊宇
• Other Authors: Chin-Huai Young
• Format: Others
• Language: zh-TW
• Published: 2009
• Online Access: http://ndltd.ncl.edu.tw/handle/96212479381912526328

碩士 === 國立臺灣科技大學 === 營建工程系 === 97 === Due to the increasing problem of global warming, other problems may occur such as rise in sea level and energy depletion. Therefore, energy conservation is very important. Buildings can protect us from heat, but they are still susceptible to radiant heat. Radiant heat usually enters buildings through glass windows. Therefore, this study is aimed at probing into how can be isolated from sources of heat and find ways of reducing radiant heat penetration. The focus on this study was to test the fundamental nature of all kinds of glass, such as the penetration of ultraviolet, infrared transmittance, visible light transmittance and thermal transmittance, etc. It also compared a variety of glasses for their differences in energy-saving insulation, simulate a variety of buildings, such as confined space, natural ventilation, forced ventilation and the use of well-being of situation production of large-scale test house. The results showed that the heat injection solar glass is superior to all kinds of glass from the variety and nature of the basic data and the results of large-scale test houses. Using effective insulation materials in isolating the building interiors from radiant heat, it not only would use of resources effectively but also would on air-conditioning system costs.