Lili Zhang; Zhuojun Dong; Fei Liu; Yuyao Hou; Jingyue Cheng; Junfei Du; Jingwen Qiu; Yanru Li · 10.1061/jleed9.eyeng-4612 https://doi.org/10.1061/jleed9.eyeng-4612
Journal of Energy Engineering
Analysis of Solar Chimney Application for Building Heating and Cooling in Different Climates in China Lili Zhang; Zhuojun Dong; Fei Liu; Yuyao Hou; Jingyue Cheng; Junfei Du; Jingwen Qiu; Yanru Li Simulations of a solar-driven chimney attached to a typical room, combined with an orthogonal test design, compare its warming and cooling benefits across twelve Chinese climate zones. The glazing share of the facade and the chimney's portion of the south face dominate, with the same ranking and best geometry for both seasons. Peak room temperatures drop by up to 5.7 °C during hot months and climb by up to 6.7 °C during cold ones.
Building ventilation
Numerical / CFD
2022
Journal of Energy Engineering
no
2022-12-15 12:00:00 00002276
analysis of solar chimney application for building heating and cooling in different climates in china
2022
Journal of Energy Engineering
Lili Zhang; Zhuojun Dong; Fei Liu; Yuyao Hou; Jingyue Cheng; Junfei Du; Jingwen Qiu; Yanru Li
10.1061/jleed9.eyeng-4612
Summary
Simulations of a solar-driven chimney attached to a typical room, combined with an orthogonal test design, compare its warming and cooling benefits across twelve Chinese climate zones. The glazing share of the façade and the chimney's portion of the south face dominate, with the same ranking and best geometry for both seasons. Peak room temperatures drop by up to 5.7 °C during hot months and climb by up to 6.7 °C during cold ones.
Description written by Solar Tower. The original abstract is available from the publisher via the link below.
Open source