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Analysis of Solar Chimneys in Different Climate Zones -Case of Social Housing in Ecuador

机译：厄瓜多尔不同气候区域的太阳能烟囱分析

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The aim of this research is to simulate the performance of a solar chimney located in different macro-zones in Ecuador. The proposed solar chimney model was simulated using a python script in order to predict the temperature distribution and the mass flow over time. The results obtained were firstly compared with experimental data for dry-warm climate. Then, the model was evaluated and tested in real weather conditions: dry-warm, moist-warm and rainy-cold. In addition, the assumed chimney dimensions were chosen according to the literature for the studied conditions. In spite of evaluating the best nightly ventilation, different chimney wall materials were tested: solid brick, common brick and reinforced concrete. The results showed that concrete in a dry-warm climate, a metallic layer on the gap with solid brick in a moist-warm climate and reinforced concrete in a rainy cold climate used for the absorbent wall improve the thermal inertia of the social housing.
机译：该研究的目的是模拟位于厄瓜多尔不同宏区的太阳能烟囱的性能。 使用Python脚本进行模拟所提出的太阳能烟囱模型，以预测温度分布和质量流动随时间。 首先将获得的结果与用于干燥温暖气候的实验数据进行比较。 然后，在真正的天气条件下评估和测试模型：干燥温暖，湿热和雨寒。 此外，根据研究条件的文献选择假定的烟囱尺寸。 尽管评估了最好的夜间通风，但测试了不同的烟囱壁材料：固体砖，普通砖和钢筋混凝土。 结果表明，干热气候中的混凝土，金属层在湿热的温暖气候和钢筋混凝土中采用固体砖，用于吸收墙的多雨气候，提高了社会住房的热惯性。

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