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A case study on feasible performance of a system combining an airbox convector with a radiant panel for tropical climates

机译:在热带气候下将空气对流器与辐射板结合的系统可行性能的案例研究

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This study presents feasible performance of a system that combines an airbox convector unit with a radiant chilled ceiling panel for application in tropical climates. This combined system offers the potential for effective cooling and dehumidification for buildings in tropical climates because the airbox convector not only dehumidifies indoor air but also enhances the mixed convective effect, which combines natural convection with mechanical forced convection, in indoor conditions with moisture gains caused by high infiltration rates or internal heat and moisture gains. This paper presents a case study that demonstrates the enhanced mixed convection effects of the combined system as well as the cooling and dehumidification performance of the system. This novel system not only reduces the moisture condensation risk but also contributes to maximizing the temperature of the cooling system as a low exergy technology.
机译:这项研究提出了一种组合的系统的可行性能,该系统将气室对流单元与辐射式冷藏天花板组合在一起,用于热带气候。这种组合式系统为热带气候下的建筑物提供了有效的制冷和除湿的潜力,因为在室内条件下,空气箱对流不仅可以对室内空气进行除湿,而且还可以增强混合对流效果,将自然对流与机械强制对流相结合,从而增加了室内的湿度。高渗透率或内部热量和水分的增加。本文提供了一个案例研究,该案例证明了组合系统增强的混合对流效果以及系统的制冷和除湿性能。这种新颖的系统不仅降低了湿气凝结的风险,而且还作为一种低火用技术,有助于最大程度地提高冷却系统的温度。

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