A study of modular building envelope energy savings through the analysis construction site office energy consumption

• Main Authors: CHEN CHING MING, 陳清銘
• Other Authors: WU, DONG-SHENG
• Format: Others
• Language: zh-TW
• Published: 2017
• Online Access: http://ndltd.ncl.edu.tw/handle/7hcz67

碩士 === 中國科技大學 === 建築系 === 105 === In terms of engineering in Taiwan, the majority of temporary households are comprised of prefabricated houses However, taiwan is located in the subtropics of Asia The summertime temperature causes the metal roofs to absorb a large amount of heat, causing the temperature to increase within the house Residents utilize air conditioners to alleviate the high temperature The airtight condition is also unfavorable, so coldness is an issue during winter Residents then have to pay increased electrical bills due to extensive air conditioning usage. If we can understand the energy dissipation system of the prefabricated houses and remedy them, this would become good news for consumers. Additionally, it would also benefit the nation's energy usage by a little. Research chooses to widely use standard construction sites with large prefabricated houses. Taipei and Kaoshiung set up an actual measurement system to obtain test data, then use ENERGY PLUS simulation program, to begin a simulation for energy usage in buildings which calculates annual heat load. This analyzes the energy efficiency and cost effectiveness of roof and wall materials, This study is intended to use the current domestic prefabricated houses and the general use of the shell and form, through a combination of different insulation materials for comparative analysis, and then the results provided to the use of the prefabricated houses in the selection of roof and external wall insulation materials reference And recommend a strategy to enhance the energy efficiency of such building shells without affecting the performance and comfort conditions.