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DIAGNOSIS AND RECOMMENDATIONS FOR THE BIOCLIMATIC DESIGN OF GRAPE PACKING HOUSES IN HOT AND DRY CLIMATE

机译:干热气候下葡萄包装房生物学设计的诊断与建议

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The bioclimatic architecture can contribute significantly to moderate thermal environment of agricultural installations, reducing the energy input used in the air conditioning. The present article presents the results of a diagnosis made in packing houses of table grapes, located in a semi - arid region in the Brazilian Northeast. The objective was to verify which strategies of the bioclimatic architecture were applied in the buildings, and also, to propose recommendations for future projects. The methodology consisted of the elaboration of a checklist, from the application of the Mahoney Method and the Brazilian Bioclimatic Zoning, considering Petrolina - PE climate. The checklist was applied in twenty-five packing houses, of three different sizes. It was concluded that the bioclimatic architectural strategies were applied in an isolated way in the buildings. Therefore, the bioclimatic architectural strategies were not effective in the thermal efficiency of the buildings, and the packing houses of small rural producers were the most inappropriate.
机译:生物气候结构可以显着地改善农业设施的适度热环境,从而减少空调中使用的能量输入。本文介绍了位于巴西东北部半干旱地区的鲜食葡萄包装厂的诊断结果。目的是验证建筑物中采用了哪些生物气候建筑策略,并为未来的项目提出建议。该方法包括制定一份清单,考虑到Petrolina-PE气候,该清单由Mahoney方法的应用和巴西生物气候区划组成。该清单已应用于25种不同尺寸的25个包装厂。结论是,生物气候建筑策略以孤立的方式应用于建筑物中。因此,生物气候建筑策略对建筑物的热效率无效,而小型农村生产者的包装房是最不合适的。

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