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From construction to operation: Achieving indoor thermal comfort via altering external walls specifications in Egypt

机译:从施工到操作:通过改变埃及的外墙规格实现室内热舒适度

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The objective of this research is to study the effect of using different material specifications for the external walls on the cost of the energy consumption for achieving internal thermal comfort. We refer to this as operation running cost, which in turn is compared to initial construction cost for each type of the used external walls. In order to achieve this objective, dynamic thermal simulation were carried out for four different types of external walls - commonly used in Egypt - in two different sets of cooling: natural ventilation and mechanical means. Experiments recommend that using the Egyptian Residential Energy Code (EREC) to achieve inner thermal comfort with the minimum energy consumption (consequently the minimum CO_2 emissions) and the minimum running cost as well.
机译:本研究的目的是研究利用不同材料规格对外墙对实现内部热舒适度的成本的影响。我们将此称为操作运行成本,又与每种类型的外墙的初始施工成本进行比较。为了实现这一目标,为四种不同类型的外墙进行动态热模拟 - 埃及常用于两组不同的冷却:自然通风和机械手段。实验建议使用埃及住宅能源代码(EREC)实现内部热舒适度,以最小的能耗(因此最小CO_2排放)和最低运行成本也是如此。

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