Economic Analysis and Measurement of Smart Building-MEGA House Case Study
碩士 === 國立臺灣科技大學 === 營建工程系 === 99 === Because Taiwan is located near the geographic position of tropical climate, it always faces the consumption of using electricity still on the increase and the deficiency of supplying of electric current in summer. The first task is to reduce issues of a consumpti...
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ndltd-TW-099NTUS55120922019-05-15T20:42:07Z http://ndltd.ncl.edu.tw/handle/3n34ht Economic Analysis and Measurement of Smart Building-MEGA House Case Study 智慧建築節能量測與經濟效益評估-以MEGA House為例 Jing-jhe Lin 林敬哲 碩士 國立臺灣科技大學 營建工程系 99 Because Taiwan is located near the geographic position of tropical climate, it always faces the consumption of using electricity still on the increase and the deficiency of supplying of electric current in summer. The first task is to reduce issues of a consumption of supplying of electric current. Over the past ten years, the rapid development of various industries. In Taiwan, the growth rate of greenhouse gas emissions is almost the highest in the world. Therefore, the government makes the relevant policies of CO2 reduction for the standard. Architecture and Building Research Institute commissioned National Taiwan University of Science and Technology research team invent MEGA House for demands of energy efficiency and carbon reduction. MEGA House building is based on four architectural concepts that are M, E, G, A. This research used "G" energy and "E" electronic controls in intelligent. For building energy-saving, utility and meeting people needs of the indoor temperature situation, the energy-saving equipment in different times and conditions will find a mechanism for the highest performance. According the proposes of research, a series of experimental projects, including Earth-tube, Solar chimney and compressor for Earth-tube. The test is divided into four stages (1) The first stage is acquiring the best combination between earth tube and solar chimney in the energy-saving equipment. (2)Phase II trial is based on the results of the first phase. Test the best combination to acquire the best time to open the energy-saving equipment. (3)The third stage concerns the needs of comfort in summer and winter at home. Receiving the solution of the best mechanism and simulating intelligent control system for the operation of energy-saving. And the correction table for the mechanism. Finally, to integrate each result of the testing stages to find the effects of carbon reduction and evaluating the effect of economic benefits to get the outcome that MEGA House saves money and decreases CO2 in a year. Cheng Min-Yuan 鄭明淵 2011 學位論文 ; thesis 116 zh-TW |
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碩士 === 國立臺灣科技大學 === 營建工程系 === 99 === Because Taiwan is located near the geographic position of tropical climate, it always faces the consumption of using electricity still on the increase and the deficiency of supplying of electric current in summer. The first task is to reduce issues of a consumption of supplying of electric current. Over the past ten years, the rapid development of various industries. In Taiwan, the growth rate of greenhouse gas emissions is almost the highest in the world. Therefore, the government makes the relevant policies of CO2 reduction for the standard. Architecture and Building Research Institute commissioned National Taiwan University of Science and Technology research team invent MEGA House for demands of energy efficiency and carbon reduction.
MEGA House building is based on four architectural concepts that are M, E, G, A. This research used "G" energy and "E" electronic controls in intelligent. For building energy-saving, utility and meeting people needs of the indoor temperature situation, the energy-saving equipment in different times and conditions will find a mechanism for the highest performance. According the proposes of research, a series of experimental projects, including Earth-tube, Solar chimney and compressor for Earth-tube. The test is divided into four stages (1) The first stage is acquiring the best combination between earth tube and solar chimney in the energy-saving equipment. (2)Phase II trial is based on the results of the first phase. Test the best combination to acquire the best time to open the energy-saving equipment. (3)The third stage concerns the needs of comfort in summer and winter at home. Receiving the solution of the best mechanism and simulating intelligent control system for the operation of energy-saving. And the correction table for the mechanism. Finally, to integrate each result of the testing stages to find the effects of carbon reduction and evaluating the effect of economic benefits to get the outcome that MEGA House saves money and decreases CO2 in a year.
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author2 |
Cheng Min-Yuan |
author_facet |
Cheng Min-Yuan Jing-jhe Lin 林敬哲 |
author |
Jing-jhe Lin 林敬哲 |
spellingShingle |
Jing-jhe Lin 林敬哲 Economic Analysis and Measurement of Smart Building-MEGA House Case Study |
author_sort |
Jing-jhe Lin |
title |
Economic Analysis and Measurement of Smart Building-MEGA House Case Study |
title_short |
Economic Analysis and Measurement of Smart Building-MEGA House Case Study |
title_full |
Economic Analysis and Measurement of Smart Building-MEGA House Case Study |
title_fullStr |
Economic Analysis and Measurement of Smart Building-MEGA House Case Study |
title_full_unstemmed |
Economic Analysis and Measurement of Smart Building-MEGA House Case Study |
title_sort |
economic analysis and measurement of smart building-mega house case study |
publishDate |
2011 |
url |
http://ndltd.ncl.edu.tw/handle/3n34ht |
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