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Towards Energy Demand Reduction in Social Housing Buildings: Envelope System Optimization Strategies

机译:致力于减少社会住房建筑中的能源需求:信封系统优化策略

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This work evaluates the potential for the reduction of energy demand in residential buildings by acting on the exterior envelope, both in newly constructed buildings and in the retrofitting of existing stock. It focuses on analysing social housing buildings in Mediterranean areas and on quantifying the scope of that reduction in the application of different envelope design strategies, with the purpose of prioritizing their application based on their energy efficiency. The analyses and quantifications were made by means of the generation of energy models with the TRNSYS tool for simple or combined solutions, identifying possible potentials for reduction of the energy demand from 20% to 25%, basically by acting on the windows. The case study was a newly built social housing building of a closed block type located in Seville (Spain). Its constructive techniques and the insulation level of its envelope are standardized for current buildings widespread across Mediterranean Europe.
机译:这项工作评估了通过对新建建筑和现有存货翻新中的外部围护结构采取行动来减少住宅建筑能源需求的潜力。它着重于分析地中海地区的社会房屋建筑并量化在不同围护结构设计策略的应用中减少的范围,目的是根据其能效来优先考虑其应用。通过使用TRNSYS工具生成能源模型来进行分析和量化,该工具可用于简单或组合解决方案,基本上可以通过在窗口上进行操作来确定将能源需求从20%降低到25%的潜在可能性。案例研究是位于塞维利亚(西班牙)的封闭式封闭式新建社会住房建筑。它的构造技术和围护结构的隔热等级针对地中海地区目前广泛使用的当前建筑进行了标准化。

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