Building carbon footprint(BCF) evaluation for Social amenities and education center in Taipei
Journal
34th International Symposium on Automation and Robotics in Construction
Pages
560-564
Date Issued
2017
Author(s)
Abstract
The United Nations in 1992 through the "United Nations Framework Convention on Climate Change (UNFCCC)" on the "Anthropogenic Greenhouse Gas" emissions to make global control of the declaration, so "carbon reduction" has become the topic of concern to countries around the world. (Energy Efficiency and Carbon Reduction in New Taipei City from the Perspective of Carbon Emissions and Absorption, 2014) This study will be based on the National Energy Conference on the requirements of building energy certificates, as well as the international PAS2050 and ISO16064 for the carbon footprint of the trend of inspection, to carry out the architectural design stage carbon footprint exposure and labeling system research. The Ministry of Interior Construction Research Institute has been a considerable basis for the study of life cycle CO2 emissions assessment, and now combines the building energy passport system with existing building energy efficiency regulations to establish a comprehensive building life cycle carbon footprint assessment method. Based on the above research motivations, this study will compile and analyze the relevant carbon footprints of existing buildings at home and abroad, and with examples of verification(Cultural and Social Society Hall), to develop BIM (Building Information Model) to evaluate the building "planning stage "And" design phase "and provide a" carbon reduction design strategy "to understand the relationship between building and the" cost "of the building so that owners and designers can use the BIM model at the planning and design stage Analyze and get the smallest carbon exposures of buildings and the largest carbon reduction.
Subjects
Building carbon footprint (BCF); Building information modeling (BIM); Evaluation
Other Subjects
Buildings; Carbon footprint; Climate change; Energy efficiency; Environmental impact; Environmental regulations; Gas emissions; Global warming; Greenhouse gases; Information theory; Life cycle; Robotics; Structural design; Building energy efficiency; Building Information Model - BIM; Comprehensive buildings; Construction research; Evaluation; Planning and design; Research motivations; United nations framework convention on climate changes; Architectural design
Type
conference paper