通过对周围建筑的遮阳效果来优化遮阳装置

Alifiano Rezka Adi, J. A. Suryabrata, E. Pradipto
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引用次数: 2

摘要

本研究的重点是测量周围建筑对雅加达办公楼热性能的遮阳效应。与遮阳装置的遮阳效果进行比较,优化其使用。本研究使用EnergyPlus程序模拟一个假设的3x3block。结果表明:建筑的H/W比对建筑热工性能的影响要大于周围建筑围护结构。当H/W比为2,7时,对周围建筑的遮阳效果相当于遮阳1,2m,有效阴影角大于360。例如,在一个10层的建筑中,根据阴影角度在H/W比2,7,直到8层才需要使用1,2m的遮阳。在较小的角度下,周围建筑物的遮阳效果将等于宽度小于1.2 m的遮阳装置的遮阳效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
OPTIMIZING SHADING DEVICES THROUGH THE SHADING EFFECT OF SURROUNDING BUILDINGS
This study focuses on measuring the shading effect of surrounding buildings on the thermal performance of office buildings in Jakarta. It is compared with the shading effect of shading devices to optimize its use. This study uses EnergyPlus program to simulate a hypothetical 3x3block. The results showed that the H/W ratio has greater influence on building thermal performance than the surrounding building envelopes. With H/W ratio 2,7, the shading effect of surrounding buildings will be equivalent to 1,2m shading with an effective shadow angle of more than 36 0 . For example, in a 10 floor building, the use of 1,2m shading is not required until the 8th floor based on the shadow angle in H/W ratio 2,7. At a smaller angle, the shading effect of surrounding buildings will be equal to the shading effect of shading devices with a width of less than 1,2m.
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