Energy Optimization of a One-story Clinic Building in Tehran: An Approach using BIPV Windows

N. Maftouni, Farangis Yousofpour
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Abstract

: It is important to optimize energy consumption in different buildings including hospitals and clinics. In this research a one-story clinical building in Tehran with an area of 600 square meters has been simulated in Design Builder software. Thermal loads are calculated in different states including different window types like single glazed, double glazed and BIPV windows. Results indicates that using BIPV windows decreases the heating loads of the building by 5.5%. About 77% of the electricity required for cooling the building is supplied from the produced power of the BIPV windows. Also a annuall reduction of the heat transfer from windows by an average of around 42% is reported due to implementing BIPV windows.
德黑兰一栋单层诊所建筑的能源优化:采用BIPV窗的方法
:优化医院和诊所等不同建筑的能耗是很重要的。本研究在Design Builder软件中模拟了德黑兰一座面积为600平方米的单层临床建筑。计算了不同状态下的热负荷,包括不同的窗户类型,如单层玻璃、双层玻璃和BIPV窗。结果表明,采用BIPV窗可使建筑热负荷降低5.5%。冷却建筑物所需的电力中约有77%来自BIPV窗户产生的电力。此外,据报道,由于实施了BIPV窗户,每年平均减少了约42%的窗户传热。
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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