ANALYSIS OF SUN PATH AND EFFECTIVE SHADING CO-EFFICIENT USING ECOTECT SOFTWARE FOR COIMBATORE

V. Chandrasekaran
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引用次数: 1

Abstract

Sun path of location depends on its latitude which creates a major heat impact on the surface of a building. This paper analyses the sun path of Coimbatore (11°N, 77°E), and its shading coefficient results as predicted by the ECOTECT software and Solar Tool. These sun path graphical presentations and calculated predictions of the shading coefficient can give a clear idea to the Architect/Designer to propose shading design, which can be cost effective, thermally resistant to reduce the heat gain and achieve indoor thermal comfort. The shading coefficients are calculated by means of simulation by the software for a room of size of 3 m × 3 m × 3 m with windows on all the facades of about 2 m width × 1.2 m height placed at a skill level of 0.9 m, which is a more applicable design in Living rooms, Bedrooms, Dining space, Foyer etc. The effective shading coefficient which is a combination of both window and the wall surface is simulated and calculated by the software all around the year for the cardinal directions and roof gives the result of amount of shading potential. The Software also recommends the optimal depth of the shading device for a typical wall and window for all the season which can be used as a guideline by the designer.
利用ecoect软件分析哥印拜陀的太阳路径和有效遮阳系数
太阳路径的位置取决于它的纬度,这对建筑物表面产生了主要的热影响。本文分析了哥印拜陀(11°N, 77°E)的太阳路径,以及ECOTECT软件和Solar Tool预测的遮阳系数结果。这些太阳路径的图形表示和遮阳系数的计算预测可以为建筑师/设计师提出遮阳设计提供一个清晰的思路,这种设计可以成本效益高,耐热,减少热量增加,实现室内热舒适。以3米× 3米× 3米大小的房间为例,采用软件模拟的方法计算遮阳系数,所有立面的窗户宽度约为2米× 1.2米,高度为0.9米,更适用于客厅、卧室、餐厅、门厅等空间。有效的遮阳系数是窗户和墙面的组合,通过软件全年模拟和计算基本方向和屋顶的遮阳潜力。该软件还为典型的墙壁和窗户推荐了整个季节遮阳装置的最佳深度,这可以作为设计师的指导方针。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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