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Using a passive design toolset to evaluate low-cost cooling strategies for an industrial facility in a hot and dry climate

机译：使用无源设计工具集评估炎热干燥气候下工业设施的低成本冷却策略

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This study outlines the energy saving potential of natural cooling design strategies in a large maintenance hangar facility located in Boise Idaho, USA. A new series of climate-based design tools for calculating energy savings were developed to evaluate the feasibility and potential effectiveness of natural ventilation systems. Based on the building's heat gains, these tools estimated the required cooling capacity. Results indicate that 43% of occupied-only periods between shoulder seasons (May and September) have the potential to obtain free cooling from the outdoor air via natural ventilation strategies. The research included a comparison of the Climate Design Toolset with advanced energy simulation methods. This comparison built confidence in the tools and in some cases brought attention to areas that require caution when implementing them. The validity analysis represents the hand calculations which produced similar results compared to the simulation at an acceptable level of confidence for early design analysis. (C) 2017 Elsevier B.V. All rights reserved.
机译：这项研究概述了位于美国博伊西爱达荷州的大型维修机库设施中自然冷却设计策略的节能潜力。开发了一系列用于计算节能量的基于气候的设计工具，以评估自然通风系统的可行性和潜在有效性。根据建筑物的热量增加，这些工具可以估算所需的制冷量。结果表明，在肩膀季节（5月和9月）之间只有43％的占用时间有可能通过自然通风策略从室外空气中获得免费的冷却。研究包括将气候设计工具集与先进的能源模拟方法进行了比较。这种比较建立了对工具的信心，并且在某些情况下，引起了人们对在实施它们时需要谨慎的领域的关注。有效性分析表示人工计算，在早期设计分析的可接受置信度水平下，与模拟相比，产生的结果相似。 （C）2017 Elsevier B.V.保留所有权利。

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