Energy-Efficient Roofing Solutions for Harsh Climatic Conditions

High population growth and urban development demand sustainable mosque designs, with thermal performance being crucial for economic and environmental sustainability. Climate, location, and materials significantly impact performance. Due to varying usage patterns, mosques require precise heating and cooling control for comfort and efficiency. Integrating sustainable energy technologies reduces energy consumption, enhances comfort, and mitigates global warming. This paper simulates different roof applications-roof shading, green roofs, and insulation-across climates and time scenarios. While insulation minimized cooling loads, it didn't fully ensure comfort, highlighting the need for further exploration of mosque-specific passive techniques.

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Published
2024-12-11
DOI
https://doi.org/10.1109/ieeeconf63577.2024.10881177
Primary Topic
Architecture and Computational Design
Type
article
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article

Energy-Efficient Roofing Solutions for Harsh Climatic Conditions

Aasem Alabdullatief
Architecture and Computational Design
article

Energy-Efficient Roofing Solutions for Harsh Climatic Conditions

Aasem Alabdullatief
article en

Abstract

High population growth and urban development demand sustainable mosque designs, with thermal performance being crucial for economic and environmental sustainability. Climate, location, and materials significantly impact performance. Due to varying usage patterns, mosques require precise heating and cooling control for comfort and efficiency. Integrating sustainable energy technologies reduces energy consumption, enhances comfort, and mitigates global warming. This paper simulates different roof applications-roof shading, green roofs, and insulation-across climates and time scenarios. While insulation minimized cooling loads, it didn't fully ensure comfort, highlighting the need for further exploration of mosque-specific passive techniques.

King Saud University (SA)
Climate action
Openalex Percentile: Top 70%
Architecture and Computational Design
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