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Exploring the effect of carbon dioxide demand controlled ventilation system on air humidity

机译:探索二氧化碳需求控制通风系统对空气湿度的影响

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Earlier studies have indicated that elevated or inadequate levels of carbon dioxide(CO2) in indoor air impairs users in the performance of decision-making. For this reason andalso for potential energy consumption reduction carbon dioxide based regulated demandcontrolled ventilation (DCV) systems are used. Although DCV systems use less electricalenergy than conventional ventilation systems, there is a problem in colder climates with thelowered humidity of air. It has been discovered in earlier studies that even brief exposure torelatively dry air has an impact on voice control parameters. In the current article, the humiditygains from ordinary usage of a faculty building, where a DCV system and room basedtemperature control is utilised, are examined. For that, the changes in the specific indoorhumidity were compared to the changes in the specific ambient humidity.
机译:较早的研究表明,室内空气中二氧化碳(CO2)水平升高或不足会损害用户的决策性能。因此,为了减少潜在的能源消耗,使用了基于二氧化碳的可调节需求控制通风(DCV)系统。尽管DCV系统比常规通风系统使用更少的电能,但在寒冷的气候中,空气湿度较低,这是一个问题。在较早的研究中发现,即使短暂暴露在相对干燥的空气中也会影响语音控制参数。在当前的文章中,研究了使用DCV系统和基于房间的温度控制的教学楼的日常使用所产生的湿度。为此,将特定室内湿度的变化与特定环境湿度的变化进行比较。

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