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Assessment of thermal comfort and energy efficiency of alternative ventilation concepts

机译:评估替代通风概念的热舒适度和能量效率

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We compared state of the art mixing ventilation (MV) to a novel ventilation concept based on displacement ventilation (HV). Hereto, we conducted experimental and numerical investigations addressing thermal comfort as well as ventilation and energy efficiency in a generic car mock-up. We considered winter, summer and spring/fall conditions. Concerning the ventilation efficiencies, HV performed comparable or better than MV. Comfort benefits are expected from equivalent temperature measurements for spring/fall and summer conditions. None of the systems was able to provide comfortable conditions in the winter scenario, however, MV revealed the best cooling efficiency, while HV provided the best heating efficiency.
机译:我们将艺术混合通风(MV)的状态与基于位移通风(HV)的新型通风概念进行了比较。 HERETO,我们在通用汽车模型中进行了解决热舒适度以及通风和能效的实验和数值调查。 我们考虑过冬季,夏季和春季/秋季条件。 关于通风效率,HV比MV可比或更好。 预计春季/秋季和夏季条件的等效温度测量值预计舒适益处。 没有一个系统能够在冬季场景中提供舒适的条件,然而,MV显示出最佳的冷却效率,而HV提供了最佳的加热效率。

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