首页> 外文会议>ASES national solar conference;SOLAR 2010 >NIGHT FLUSHING AND THERMAL MASS: MAXIMIZING NATURAL VENTILATION FOR ENERGY CONSERVATION THROUGH ARCHITECTURAL FEATURES
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NIGHT FLUSHING AND THERMAL MASS: MAXIMIZING NATURAL VENTILATION FOR ENERGY CONSERVATION THROUGH ARCHITECTURAL FEATURES

机译:夜间冲洗和热质量:通过结构特征最大化自然通风以节约能源

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When the passive technique of night flushing is used correctly with the appropriate construction and architectural features, it can greatly reduce and eliminate the need for air conditioning and reduce peak energy demands. To test the efficiency of night flushing and to demonstrate its energy impact and its effect on building performance, the Lakeview Terrace Library was used as a case study. The library was modeled in IES Virtual Energy Pro, using the information from the building drawings supplied by the architects. After the building was simulated, its architectural features were altered to try to maximize energy efficiency by using night flushing. The night flushing simulations show the importance of internal and solar heat gain on natural ventilation, as well as the role all of the building's features play in natural ventilation. Night flushing offers an energy efficient alternative to HVAC without affecting the occupants comfort level.
机译:如果将夜间冲洗的被动技术正确使用并具有适当的构造和建筑特征,则可以极大地减少和消除对空调的需求,并降低峰值能耗。为了测试夜间冲洗的效率并证明其能量影响及其对建筑性能的影响,以湖景露台图书馆为例进行了研究。使用建筑师提供的建筑图纸中的信息,在IES Virtual Energy Pro中对该库进行建模。在模拟建筑物之后,对其建筑物的特征进行了更改,以尝试通过使用夜间冲洗来最大程度地提高能效。夜间冲洗模拟显示了内部和太阳能热量获取对自然通风的重要性,以及建筑物的所有功能在自然通风中的作用。夜间冲洗可作为HVAC的一种节能替代方案,而不会影响乘员的舒适度。

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