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Investigation of a windvent passive ventilation device against current fresh air supply recommendations

机译:针对目前的新鲜空气供应建议,对windvent被动通风设备进行调查

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Recent ecological and political developments have created an increased focus on sustainable energy sources. The purpose of this paper is to examine a passive ventilation device, the windvent, and evaluate its potential against current British Standards BS5952:1991 [British Standards, Ventilation principles and designing for natural ventilation, BS5925:1991 (1991)] recommended fresh air delivery rates. The results provide useful information for both engineers and architects when examining ways to reduce new and existing buildings running costs, and conform to new legislation. Numerical analysis is carried out using a commercial Computational Fluid Dynamics (CFD) code, to investigate the effect of various external wind velocities (1-5 m/s) and directions (concurrent and counter current) on the device performance. The results show that the windvent is capable of providing recommended rates of fresh air supply even at relatively low incident wind velocities. The performance indications show that the device warrants further analysis and provides a sustainable alternative ventilation system.
机译:最近的生态和政治事态发展使人们更加关注可持续能源。本文的目的是研究一种被动通风装置,即windvent,并根据当前的英国标准BS5952:1991 [英国标准,通风原理和自然通风设计,BS5925:1991(1991)]推荐新鲜空气的输送,以评估其潜力。费率。这些结果为工程师和建筑师在研究减少新旧建筑物运行成本并遵守新法规的方法时提供了有用的信息。使用商业计算流体动力学(CFD)代码进行数值分析,以研究各种外部风速(1-5 m / s)和方向(并流和逆流)对设备性能的影响。结果表明,即使在相对较低的入射风速下,风口仍能够提供推荐的新鲜空气供应率。性能指标表明该设备值得进一步分析,并提供了可持续的替代通风系统。

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