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Method for evaluating the heat-island mitigation effect of porous/water-retentive blocks using a climatic chamber

机译:使用气候室评估多孔/水固定块的热岛缓解效果的方法

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This paper presents a method and mock-up design for evaluating the heat-island mitigation effect of porous/water-retentive blocks in a climatic environmental chamber using ambient temperature measurements. To create the proposed method, the heat circulation mechanism of blocks was considered. From this, we specified the climatic chamber design requirements, determined the required components and equipment for the mock-up, and developed the proposed method for evaluating heat-island mitigation performance based on ambient temperature. Using the proposed mock-up design and method, we confirmed that both surface and air temperatures were lower when porous/water-retentive blocks were installed compared to conventional blocks. This method can be used to analyze the difference between surface and ambient temperatures under various conditions to quantify the heat-island mitigation performance of different materials according to ambient temperature.
机译:本文介绍了一种方法和模拟设计,用于评估使用环境温度测量的气候环境室中多孔/水固定块的热岛缓解效果。 为了创造所提出的方法,考虑了块的热循环机制。 由此,我们指定了气候室设计要求,确定了模拟所需的组件和设备,并开发了基于环境温度评估热岛缓解性能的提出方法。 使用所提出的模拟设计和方法,我们证实,当与常规块相比,安装多孔/水保持块时,表面和空气温度都较低。 该方法可用于分析各种条件下表面温度与环境温度之间的差异,以根据环境温度量化不同材料的热岛缓解性能。

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