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Passive Method to Reduce Solar Energy Effect on the Cooling Load in Buildings

机译:减少太阳能对建筑物制冷负荷影响的被动方法

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Energy needed for cooling residential and industrial buildings in hot weather countries is the major issue. The period needed for cooling or comfort conditions in those countries exceeds five months and outdoor temperature reaches more than 40 °C. Also, the solar intensity usually high and can reach about one kW per m2. Hence, any attempt to reduce the effect of solar energy on the cooling load is worthy to investigate. The present work analyzes using artificial, naturally ventilated, shading covers to reduce the effect of solar energy. Analytical and numerical analyzes were performed on the effect of adding a ventilated cover to walls and roof exposed to the solar energy.
机译:在炎热天气国家,为住宅和工业建筑冷却所需的能源是主要问题。在这些国家中,降温或舒适条件所需的时间超过五个月,室外温度超过40°C。另外,太阳光强度通常很高,可以达到每平方米约1 kW。因此,减少太阳能对冷却负荷的影响的任何尝试都值得研究。当前的工作使用人工通风的遮光罩进行分析,以减少太阳能的影响。对暴露在太阳能下的墙壁和屋顶添加通风罩的效果进行了分析和数值分析。

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