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Inter-Building Effect and Its Relation with Highly Reflective Envelopes on Building Energy Use: Case Study for Cities of Japan

机译:建筑物之间的建筑物间效应及其与高反射率信封的关系:以日本城市为例

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The built environment with respect to building envelope designs and the surrounding micro-environment significantly affects building energy use. The influence of the inter-building effect (IBE) on building energy use cannot be ignored and thermal properties of building envelopes also largely affect building energy use. In order to evaluate the influence of IBE and its relation with highly-reflective (HR) building envelopes on building energy use, the building energy use under three simulated scenarios was quantitatively analyzed using the building energy optimization software ?¢????BEopt?¢???? for five cities of Japan. Analysis indicated that when the simulated building is neighbored by other buildings, an envelope coated with HR material is more effective than lowly-reflective (LR) material to reduce building energy use. A simulated single building without surrounding buildings and a LR envelope has the highest building energy use among the three simulated scenarios. This study also showed the influence of IBE on building energy savings is stronger in cities with lower latitudes.
机译:关于建筑围护结构设计和周围微环境的建筑环境会显着影响建筑能耗。建筑物间效应(IBE)对建筑物能源使用的影响不容忽视,建筑物围护结构的热特性也极大地影响建筑物能源使用。为了评估IBE及其与高反射(HR)建筑物围护结构之间的关系对建筑能耗的影响,使用建筑能耗优化软件¢ BE ???定量分析了三种模拟情况下的建筑能耗。 ¢ ????日本的五个城市。分析表明,当模拟建筑物与其他建筑物相邻时,涂有HR材料的信封比低反射(LR)材料在减少建筑物能耗方面更有效。在三个模拟方案中,没有周围建筑物和LR围护结构的模拟单栋建筑物的建筑能耗最高。这项研究还表明,在纬度较低的城市,IBE对建筑节能的影响更大。

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