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Potential for free-cooling by ventilation

机译:通风自然冷却的潜力

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摘要

Natural ventilation is one of the most effective techniques for cooling. Its potential for cooling may be assessed by using a method based on the indoor-outdoor temperature difference of the free-running building, the adaptive comfort criteria and the outdoor temperature. It is demonstrated that the free-running temperature may be used instead of the balance temperature in energy estimation methods. The indoor-outdoor temperature difference of the free-running building becomes a characteristic of the thermal behavior of the building which is decoupled from comfort range and outdoor temperature. A measure related to the energy saved and the applicability of free-cooling is given by the probabilistic distribution of the degree-hours as a function of the outdoor temperature and time. Weather data for this method are available in public domain from satellite investigation. The method can be applied when buildings similar to existing ones are constructed in a new location, when existing buildings are retrofitted or when completely new buildings are designed. The method may be used to interpret the results of building simulation software or of the field measurements.
机译:自然通风是最有效的冷却技术之一。可以通过使用基于自由运行建筑物的室内-室外温差,自适应舒适标准和室外温度的方法来评估其制冷潜力。结果表明,在能量估算方法中,可以使用自由运行温度代替平衡温度。自由运转的建筑物的室内外温度差成为建筑物的热行为的特征,该热行为与舒适范围和室外温度无关。相对于节约的能量和自然冷却的适用性的度量是通过度数小时的概率分布作为室外温度和时间的函数给出的。可通过卫星调查在公共领域获得此方法的天气数据。当在新位置建造与现有建筑物相似的建筑物,改造现有建筑物或设计全新建筑物时,可以应用该方法。该方法可以用于解释建筑物模拟软件或现场测量的结果。

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