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Influence of the ventilation system on thermal comfort of the chilled panel system in heating mode

机译:采暖模式下通风系统对冷藏面板系统热舒适性的影响

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摘要

In heating mode, fresh air is still essential for a chilled panel system in order to ensure the indoor air quality. In this paper, a chilled ceiling panel system was designed and built in a typical office room. The thermal environment and thermal comfort in the room were fully measured and evaluated by using the Fanger's PMV-PPD model and the standard of ISO 7730 respectively, when room was heated in two modes, one of which is the chilled panel heating mode and the other of which is the combined heating mode of chilled panel and supply air. The research results indicate that in the combined mode, ceiling ventilation improves the general thermal comfort and reduces the risk of local discomfort. Under the condition of same general thermal comfort, the heating supply upper limit of chilled panel can be increased by 12.3% because of air mixing effect caused by introduction of air ventilation.
机译:在制热模式下,新鲜空气对于冷藏面板系统仍然至关重要,以确保室内空气质量。在本文中,在典型的办公室中设计并建造了一个冷藏天花板系统。当房间以两种模式供暖时,分别使用Fanger的PMV-PPD模型和ISO 7730标准对房间的热环境和热舒适性进行了全面测量和评估,其中一种是冷藏面板供暖模式,而另一种是其中是冷冻板和供气的组合加热模式。研究结果表明,在组合模式下,天花板通风改善了整体的热舒适性并降低了局部不适的风险。在相同的总体热舒适性条件下,由于引入空气流通而引起的空气混合作用,可使冷板的供热上限提高12.3%。

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