A Study on Low Carbon Index Framework Establishing and Operation in Building
| Autor: | ZHU,JIA-JUN, 朱嘉俊 |
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| Rok vydání: | 2019 |
| Druh dokumentu: | 學位論文 ; thesis |
| Popis: | 107 As the global warming becomes more and more serious, in order to reduce carbon emissions, countries have proposed many solutions. According to the assessment report of the United Nations Climate Change Committee (IPCC) over the years, global carbon emissions are rising every year, and the global climate change phenomenon has become more serious. The data show that Taiwan's per capita carbon emissions are three times the world average, and the construction industry's carbon emissions account for about 28% of the total carbon emissions. Therefore, in recent years, the government departments have strongly promoted the implementation of green buildings, and also promoted many related energy conservation. The generation of carbon reduction stamps reflects the need for Taiwan's construction industry to reduce carbon. This research collects and sorts out the literature review data, sorts out domestic and international energy conservation trends, carbon emission summary and related measures, carbon footprint assessment, carbon reduction policy related literature, and in-depth discussion on the establishment of low-carbon building assessment framework, design categories, indicators Classification and other related materials. It also jumped away from the nine indicators framework of green buildings in China, and tried to establish a more comprehensive low-carbon building evaluation index structure based on the life cycle of buildings. After expert consultation and literature collection, the evaluation factors for screening indicators were formulated by the modified Defi method. Then, online surveys were conducted with professionals with high relevance in the construction field. The importance ranking and weight of each factor were ranked according to the analysis results of the hierarchical analysis method, and a complete low-carbon building evaluation framework was established. Finally, through the four categories in the low carbon building assessment framework established in this study, the eight indicators and the weights of the evaluation factors are used to analyze the evaluation case building, calculate the scores of the evaluation factors and collect them, and give the case construction. The score in the low carbon building assessment framework. It can also integrate the key points of low-carbon property management, conduct relevant analysis and evaluate and improve the research case, so that it can meet the scope of low-carbon property management. It is possible to more clearly examine whether building cases meet low carbon expectations, which projects do not meet the requirements and how to promote low carbon planning, and then propose to improve life cycle carbon emissions and promote the concept and importance of low carbon buildings. |
| Databáze: | Networked Digital Library of Theses & Dissertations |
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