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The Role of Cooling Degree Days on determimng the insulation of building Envelop in a hot climate (Iraqi cities as an example)

机译:冷却度天在炎热的气候中建筑包络绝缘的作用(伊拉克城市为例)

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Last decades witnessed rise in global average temperature for cities, consequently with the problem of rising needs for energy results from the growth of populations in cities. Recent studies concentrated on degree days method to calculate energy consumption for buildings, the main problem of this research is the role of cooling degree days on determimng insulation of buildings envelope in a hot climate and for Iraqi cities as an example. The research aims to determine insulation of buildings envelope according to cooling degree days which reduce energy consumption; the results showed that there were differences in cooling degree days for main Iraqis cities, and there was an effect of buildings envelope insulation on cooling energy lost, the insulation for walls reduced consumption energy by 70-80%. Also, the insulation for ceiling reduced consumption energy by 65%, as compared to the same building materials without insulation.
机译:最后几十年来,城市的全球平均气温上升,因此,由于城市人口增长的能源需求不断上升的问题。最近的研究集中于学位天数来计算建筑物的能源消耗,本研究的主要问题是冷却度天在炎热的气候和伊拉克城市中的建筑物包络决定性的作用。该研究旨在根据降低能耗的冷却度天确定建筑物包络的绝缘;结果表明,主要伊拉克城市的冷却度天有差异,建筑物包络绝缘对冷却能量损失的影响,墙壁的绝缘将消耗能量降低了70-80%。此外,与没有绝缘材料的相同建筑材料相比,天花板的绝缘降低了65%。

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