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Life cycle assessment of self-help housing: Case of Baan Man Kong program

机译:自助住房的生命周期评估:Baan Man Kong计划的案例

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The several life cycle assessment (LCA) studies of residential buildings conducted in the last decade. In Thailand have focused on conventional houses and very few studies have considered those built for the poor. This study conducted a LCA of self-help housing by using two dwelling types in the Baan Mankong Program as case study. Results indicate that over 85% of the total life cycle energy is the operational energy which is 8.6–17.5 GJ/m2 or 86–92% and the embodied energy is 1.0–1.5 GJ/m2. About 75% of embodied energy comes from building materials particularly concrete and steel. Measures to include compact development and the use of less energy intensive materials. The other measure to reduce operational energy is the use of energy efficient appliances which can reduce up to 26% of household electricity consumption.
机译:在过去十年中对住宅建筑进行了数个生命周期评估(LCA)研究。在泰国,重点放在传统房屋上,很少有研究考虑为穷人建造的房屋。本研究以班曼孔计划中的两种住宅类型为案例,进行了自助住房的LCA。结果表明,在整个生命周期能量中,有超过85%是运行能量,即8.6-17.5 GJ / m2或86-92%,具体能量为1.0-1.5 GJ / m 2 。大约75%的包含能源来自建筑材料,尤其是混凝土和钢铁。包括紧凑型开发和使用能耗较低的材料在内的措施。减少运营能源的另一项措施是使用节能电器,可减少多达26%的家庭用电量。

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