Research on Energy Efficiency and Indoor Comfort for High See-through Heat Insulation Solar Glass Buildings

• Main Authors: Yun-Sheng Hsu, 許云昇
• Other Authors: Chin-Huai Young
• Format: Others
• Language: zh-TW
• Published: 2017
• Online Access: http://ndltd.ncl.edu.tw/handle/aa9cbs

碩士 === 國立臺灣科技大學 === 營建工程系 === 105 === In the dissertation, the impact of high see-through heat insulation solar glass and different types of glass building materials on indoor comfort are discussed, which were analyzed by air conditioning and ventilation system. The types of glass used for the three test houses built on the top floor of National Taiwan University of Science and Technology are Heat Insulation Solar Glass, Low-Emissivity Glass, and Ordinary Glass. They are used to compare different types of glass, regarding their power generation, power consumption, and the level of comfort the environment provides to humans, and to study how air conditioning and ventilation systems, when combined, reduce the overall power consumption and carbon emission. The research is mainly divided into five sections: power generation analysis, light environment analysis, thermal environment analysis, energy saving analysis and comfort analysis, stimulating the power generation, energy consumption and indoor and outdoor light environment by simulation software, and compares the simulation results with the measured results. The results show that, in addition to providing excellent power generation performance, buildings with high see-through heat insulation solar glass can have bright lights, therefore reducing power consumption from lighting products, and can at the same time optimize air conditioning energy efficiency and reach the goal of saving energy and environment sustainability.