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A simulation-based study on the energy efficiency of green façade retrofitting for different types of facades in rural China

Qi SunSchool of Architecture and Design, Faculty of Engineering Technology and Built Environment UCSI UniversityNangkula UtabertaSchool of Architecture and Design, Faculty of Engineering Technology and Built Environment UCSI UniversityAllen Lau Khin KietSchool of Architecture, Building and Design Taylor’s UniversityXiyao HanSchool of International Communication, Jilin Jianzhu University

Journal of Infrastructure Policy and Developmentjournal2024en

ABI

Annotatsiya

As China’s urbanisation continues, the building area is expanding, of which the occupancy of rural residential buildings is also very large. However, most rural buildings have poor thermal performance. This paper analyses the energy-saving potential of green facades for rural buildings in China by simulating typical buildings with different types of facades in rural China. The simulation results show that indirect green façades can achieve good energy savings. Buildings with four types of facades: red brick, rubble, hollow brick, and concrete achieve energy savings of 18.39%, 17.85%, 14.47%, and 11.52%, respectively, after retrofitting with green facades.

Mavzular

Building Energy and Comfort Optimization Sustainable Building Design and Assessment Facilities and Workplace Management

Identifikatorlar

DOI: 10.24294/jipd10520

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