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Effectiveness of mass and night ventilation in lowering the indoor daytime temperatures. Part I: 1993 experimental periods

机译:大量通风和夜间通风在降低室内白天温度方面的有效性。第一部分:1993年实验期

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Buildings with different mass levels were monitored in the summer of 1993 in Pala, South California, under different ventilation and shading conditions. The effect of mass in lowering the daytime (maximum) indoor temperatures, in closed and in night ventilated buildings, was thus evaluated. Night ventilation had only a very small effect on the indoor maxima of the low-mass building. However, it was very effective in lowering the indoor maximum temperatures for the high mass building below the outdoor maxima, especially during the 'heat wave' periods. On an extremely hot day, with outdoor maximum of 38℃ (100°F), the indoor maximum temperature of the high-mass building was only 24.5℃ (76°F), namely within the comfort zone for the humidity level of California. Comment: In 1994 the monitoring has been continued, first with the original dark color of the envelope and then with the buildings painted white, as well as under natural, all-day ventilation with open windows. The results of the 1994 experiments will be reported in Part II.
机译:1993年夏季,在不同通风和遮蔽条件下,对南加州帕拉的不同质量等级的建筑物进行了监控。因此,评估了封闭和夜间通风建筑物中质量对降低白天(最高)室内温度的影响。夜间通风对低质量建筑的室内最大值影响很小。但是,对于将大型建筑的室内最高温度降低到室外最大值以下是非常有效的,尤其是在“热浪”时期。在极端炎热的日子里,室外最高温度为38℃(100°F),高层建筑的室内最高温度仅为24.5℃(76°F),即在加利福尼亚湿度水平的舒适范围内。评论:在1994年,继续进行监视,首先使用原始的深色信封,然后将建筑物漆成白色,并在自然,全天通风的情况下打开窗户。 1994年实验的结果将在第二部分中报告。

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