Air Temperature Reduction Performance Test Method of Block

摘要

The present invention relates to an apparatus, an installation system and a method for evaluating a performance of a maintenance block heat island reduction by measuring a surface temperature and an upper air temperature of a maintenance block under a constantly controlled weather condition. The present invention relates to a climate chamber having an airtightness and a watertightness and equipped with a temperature and humidity control device, a water spraying device, a solar radiation lamp, a blower and a hygrometer; And a housing having a drainage function and a weight measuring function of the structure in the housing frame, the housing being provided at a center of the climate chamber and accommodating a structural body replicating the blocks in a predetermined area on the ground, Block performance evaluator; (A) filling a structure of a block in which a block to be evaluated is reproduced on a ground, into a receiving frame of the block performance evaluating device, and placing the block performance evaluating device in the center of the climatic environment chamber; (b) installing drainage means for discharging the water discharged from the block performance evaluation device to the outside of the climatic environment chamber; (c) controlling the temperature and humidity in the climate chamber to be constant by the temperature and humidity controller, stopping the temperature and humidity controller, and sealing the climate chamber; (d) sprinkling water on the evaluation target block according to the precipitation amount condition with the water sprinkling device; (e) removing the water discharged from the block performance evaluating apparatus and providing the irradiation dose set in the evaluation target block with the irradiation illumination; (f) forming a wind speed condition within the climate chamber with the blower; And (g) collecting the temperature of the surface of the evaluation object block and the temperature of the upper air at predetermined time intervals while the steps (e) and (f) are continued; Quot; a method for evaluating air temperature reduction performance of a block including "