Simulation of the Thermal Behaviour of a Building Retrofitted with a Green Roof: Optimization of Energy Efficiency with Reference to Italian Climatic Zones

Caterina Gargari , Carlo Bibbiani , Fabio Fantozzi , Carlo Alberto Campiotti
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引用次数: 18

Abstract

Running a building energy simulation program (EnergyPlus), simulations were conducted on a ‘public housing’ building type, in order to evaluate the energy savings achieved by a green roof coupled with different configurations of external wall. EnergyPlus enabled the investigation of the thermal behaviour variations of the building envelope, and the possible consequences, in terms of comfort, on the temperature of the internal spaces. The variation of the energy behaviour of the building envelope type was assessed primarily through the analysis of the operative temperature T° of the elements of surface casing, the trend of the surface heat fluxes on the faces of the elements of internal and external housing, the variation of the operating temperature inside the rooms. The energy savings achieved with a green roof varies considerably in relation to the reference performance obtained without this kind of insulating structure. The main parameters, useful to define the contribution of the green roof to the reduction of the loads of cooling plants, consist of the specific climate and the thermal isolation level of the initial coverage.

绿色屋顶改造建筑的热行为模拟:参考意大利气候带的能效优化
运行建筑能源模拟程序(EnergyPlus),以“公共住房”建筑类型进行模拟,以评估绿色屋顶与不同外墙配置相结合所实现的节能效果。EnergyPlus能够调查建筑围护结构的热行为变化,以及就舒适度而言,对内部空间温度的可能影响。建筑围护结构类型的能量行为变化主要通过分析表面外壳元件的工作温度T°,内部和外部房屋元件表面热流的趋势,房间内工作温度的变化来评估。与没有这种绝缘结构的参考性能相比,绿色屋顶所节省的能源变化很大。主要参数包括特定气候条件和初始覆盖层的热隔离水平,这些参数有助于确定绿色屋顶对减少冷却设备负荷的贡献。
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