A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Research on Local Updating of Silted Building in Tujia Nationality under the Goal of “Carbon Emissions Peak and Carbon Neutralization”
Through partial renewal of Tujia stilted buildings, carbon emissions can be reduced in the construction and maintenance of Tujia stilted buildings, and scientific basis can be provided for the study of “carbon emission peak and carbon neutralization” countermeasures. Taking the roof of a Tujia stilted building as the research object, based on the local renewal and replacement technology, modern materials and technology are applied to the local renewal of a Tujia stilted building. The results show that (1) compared with the traditional Tujia stilted house roof, the modified roof has better water resistance, heat insulation, and green tile stability, and reduces the energy consumption and carbon emissions caused by frequent roof maintenance; (2) the integrated design of distributed photovoltaic and Tujia stilted buildings can reduce the power supply consumption of the power grid, thus transforming the consumption mode of traditional non-renewable energy. The research results can provide theoretical and reconstruction method reference for the renewal of Tujia stilted buildings and the study on the adaptability of human settlements to achieve the goal of “carbon emission peak and carbon neutralization.”
Research on Local Updating of Silted Building in Tujia Nationality under the Goal of “Carbon Emissions Peak and Carbon Neutralization”
Through partial renewal of Tujia stilted buildings, carbon emissions can be reduced in the construction and maintenance of Tujia stilted buildings, and scientific basis can be provided for the study of “carbon emission peak and carbon neutralization” countermeasures. Taking the roof of a Tujia stilted building as the research object, based on the local renewal and replacement technology, modern materials and technology are applied to the local renewal of a Tujia stilted building. The results show that (1) compared with the traditional Tujia stilted house roof, the modified roof has better water resistance, heat insulation, and green tile stability, and reduces the energy consumption and carbon emissions caused by frequent roof maintenance; (2) the integrated design of distributed photovoltaic and Tujia stilted buildings can reduce the power supply consumption of the power grid, thus transforming the consumption mode of traditional non-renewable energy. The research results can provide theoretical and reconstruction method reference for the renewal of Tujia stilted buildings and the study on the adaptability of human settlements to achieve the goal of “carbon emission peak and carbon neutralization.”
Research on Local Updating of Silted Building in Tujia Nationality under the Goal of “Carbon Emissions Peak and Carbon Neutralization”
Jiang, Zehua (author) / Lin, Lin (author)
International Conference on Construction and Real Estate Management 2022 ; 2022 ; Virtual Conference
ICCREM 2022 ; 58-68
2022-12-15
Conference paper
Electronic Resource
English
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