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Sustainable construction: life cycle energy analysis of construction on sloping sites for residential buildings

机译:可持续建筑:住宅坡地建筑施工的生命周期能量分析

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摘要

In 2010, the Australian residential construction sector contributed about 28% of the value of all construction and was responsible for 8% of the total energy consumption. Residential construction will continue to increase to cope with the demand due to population growth. Owing to land scarcity, construction on sloping sites has become a common construction method for residential development in Australia. This method has economic benefits but poses environmental issues as it damages topsoil, disturbs natural drainage and groundwater pathways and imposes additional stress on soil under fill. The life cycle energy consumption of the construction process is examined in relation to residential projects on sloping sites on a range of slopes and soil types in New South Wales, Australia. Forty-one detached dwellings were selected and a service life of 60 years assumed for the study. The research findings reveal that the slope for each type of soil has a positive correlation with life cycle energy consumption. As part of the onsite construction process, the results also show that the energy consumption of construction on sloping sites plays a significant factor in the life cycle energy analysis of a building.
机译:2010年,澳大利亚的住宅建筑部门贡献了全部建筑价值的28%,占总能耗的8%。由于人口增长,住宅建设将继续增加以满足需求。由于土地稀缺,在倾斜的场地上施工已成为澳大利亚住宅开发的一种常见施工方法。这种方法具有经济效益,但会造成环境问题,因为它会破坏表土,扰乱自然排水和地下水路径,并给填土下的土壤施加额外的压力。在澳大利亚新南威尔士州,针对一系列坡度和土壤类型的坡地上的住宅项目,研究了建筑过程的生命周期能耗。选择了41栋独立住宅,并假设研究寿命为60年。研究发现表明,每种土壤的坡度与生命周期能量消耗呈正相关。作为现场施工过程的一部分,结果还表明,在倾斜场地上进行建筑的能耗是建筑物生命周期能耗分析的重要因素。

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