DOI QR코드

DOI QR Code

The Preliminary Research on the Relationship between Carbon Emissions and Typical Floor Design of High-Rise Office Buildings in Shanghai

  • Zhixin, Dong (Architect in Tongji Architectural Design (Group) Co., Ltd.) ;
  • Yi, Chen (Architectural Department of Tongji University)
  • Published : 2018.06.01

Abstract

The greenhouse effect caused by human activities is becoming increasingly serious. The building industry, which is directly related with carbon emissions, has the responsibility and potentiality to reduce carbon emissions. Recently, Chinese and foreign academics have achieved some research results with respect to building carbon emissions. This paper tries to examine these issues in the context of climate conditions in the Shanghai area. Based on the typical floor plans of high-rise office buildings, analysis was performed via software simulation and data analysis; the paper explores the relationship between different design methods of typical floor plans and carbon emissions. The objective is to deliver results beneficial to typical floor-design methods with respect to the reduction of carbon emissions, so as to provide a reference for architects.

Keywords

References

  1. Co-Chairs of Working Group I. Working Group I Contribution to the IPCC Fifth Assessment Report Climate Change 2013: The Physical Science Basis [R]. WG-I: 12th/Doc.2b.CH01.12.VIII.2013:, Stockholm: IPCC, 2013(09).
  2. Chinal RN. China is a Country Owning the most Superhigh-rise Buildings over 250m Height in Whole World. [EB/OL]. [2014.06]. http://www.archcy.com/news/hotnews/f7e13fa45b800c25
  3. Zhuo Gang. Tall Building Design [M]. (Second edition), Wuhan: Huazhong University of Science and Technology (HUST) Press, 2015(07): 17.
  4. Li qiming, Ou xiaoxing, Definition and Development of Low Carbon Buildings [J], Construction Economy, 2010(02): 41-43.
  5. Lin borong, Pengbo, Lifecycle Analysis for Embodied Energy and Carbon Emission of Buildings for Typical Cities in China [J]. Eco-city and Green Building, 2010(03): 45-49.
  6. Autodesk(R) Green Building Studio(R). Welcome to Green Building Studio Cloud-based Energy Simulation [EB/OL], [2013], https://gbs.autodesk.com/GBS/#gs_gbs
  7. GB/T 50378-2014. [S].
  8. Gu Ming, Zhang Zhengwei, Quan Yong, Aerodynamic Measures for Mitigation of Across-wind Responses of Super Tall Building: State of the Art [J]. Journal of Tongji University (natural science), 2010(03): 317-323.
  9. Zhang Zhengwei, Quan Yong, Gu Ming, Xiong Yong. Effects of Corner Chamfering and Rounding Modification on Aerodynamic Coefficients of Square Tall Building [J], China Civil Engineering Journal 2013(09): 12-20.