Performance Analysis of Windows with Integration of Daylight and Artificial Light: A Case Study

Mayur Brahmankar, N. Agrawal, A. Date
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Abstract

Rapid pace of urbanization has made city as a black hole for energy demand. Building sector alone consumes nearly 48 per cent of energy than other energy consuming sectors. There is great potential in buildings for reducing cooling load by carefully designing number of windows and indoor lighting with added benefits of increased occupant satisfaction. However, redesigning of the windows must be integrated with the visual comfort of the occupants. A case study is carried out in a conference hall of a University on integration of solar cooling load and visual comfort by redesigning the windows using IES-VE building energy software.
日光与人造光相结合的窗户性能分析:一个案例研究
快速的城市化进程使城市成为能源需求的黑洞。仅建筑行业就比其他能源消耗行业消耗近48%的能源。通过精心设计窗户和室内照明的数量,以及增加居住者满意度的额外好处,在建筑物中有很大的潜力来减少冷负荷。然而,窗户的重新设计必须与居住者的视觉舒适度相结合。以某大学会议厅为例,利用IES-VE建筑能源软件对窗户进行重新设计,将太阳能冷负荷与视觉舒适度相结合。
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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