Energy Saving Measures of Building Integration and Cost Analysis Based on 65% Standard

Abstract:

It is difficult to reach the request that 65% standard of building energy in china and the goal of China’s science and technology development in 2020 using traditional outer insulation technology. The several combinations of ordinary concrete (1) and bearing ceramsite concrete (2), styrofoam board of external thermal insulation for external wall (3) and cement-based glazed hollow bead insulation system (4) are made thermal calculations and cost analysis separately in this paper based on a practical project of Jiaozuo city. The results indicate that the combination of (2)+(4) is the best one, which reduces the energy saving rate, labor intensity, transportation weight, project cost by 74%, 20%, 30%-40% and 10% respectively.

• Periodical: Applied Mechanics and Materials (Volumes 71-78)
• Pages: 353-363
• DOI: https://doi.org/10.4028/www.scientific.net/AMM.71-78.353
• Online since: July 2011
• Authors: Jian Hui Yang, Yu Wang, Zheng Zhuan Xiong
• Keywords: Building Energy Efficiency (BEE), Ceramisite, Concrete, Cost Analysis, Energy Saving Rate, Glazed-Hollow-Bead, Polystyrene Board, Thermal Calculation

References

[1] Ferenc Friedler: Applied Thermal Engineering Vol. 30(2010), pp.2270-2280.

[2] Adriaan Perrels, Katrin Ostertag and George Henderson: Energy Policy Vol. 34(2006), pp.121-128.

[3] Tsung-Chieh Cheng, Chin-Hsiang Cheng, Zhu-Zin Huang et al.: Energy Vol. 36(2011), pp.133-140.

[4] Haris Doukas, Christos Nychtis and John Psarras: Building and Environment Vol. 44(2009), pp.290-298.

[5] Francesco Calvino, Maria La Gennusa, Massimo Morale et al.: Applied Thermal Engineering Vol. 30(2010), pp.2386-2395.

[6] GB50096－1999, Residential building design code( Ministry of Construction of the People's Republic of China , Beijing 1999 ), in Chinese.

[7] Zhanfa Xu: Building energy-saving technological handbook(Machine Press, Beijing 2004), in Chinese.

[8] JGJ 51-2002, lightweight aggregate concrete technological regulations(Ministry of Construction of the People's Republic of China , Beijing 2002 ), in Chinese.

[9] Peiqing Wu, Weidong Yan and Yilin Liao: Architectural Technology Vol. 37(2006), pp.751-752, in Chinese.

[10] Shangfei Wang: Science and Technology Information, 2008, p.58, in Chinese.

[11] JGJ26－1995, Design Standard for Energy Efficiency of Residential Buildings(Heating Residential Buildings)( Building Industry Press in China, Beijing 1996 ), in Chinese.

[12] Guoxing Zhou: Building Structural Design Guide(Building Industry Press in China, Beijing 2004 ), in Chinese.