Term 232
Cavity controlled Double Glazed Glass with Transparent Solar Layer for Passive Cooling
Project Type: Self-Initiated
Project Description
The initiative is revolutionizing building architecture by integrating a transparent solar layer into double-glazed glass facades, which feature a cavity between them to utilize exhausted air from the building for window cooling. This innovation was proven in simulation to reduce gain by 30% and lowers temperatures by 17ط¢آ°C through rigorous modeling and analysis, consequently decreasing reliance on HVAC systems and enhancing energy efficiency. The model is undergoing real life testing to prove its function in real life. Beyond enhancing occupant comfort and sustainability, this strategy offers a practical pathway towards a greener built environment. Architects, developers, and legislators alike stand to greatly benefit from this revolutionary technology in meeting energy demands and addressing sustainability concerns.
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Project Team
Mohammad Wadood Tawfiq
Architectural Engineering
Emad Mohammed Alyahya
Sustainability & Env. Mngmnt.
Anas Yehia Alnewirah
Mechanical Engineering
Ahmad Salah Alisa
Industrial & Systems Engg.
Abdalla Bassam Ali
Industrial & Systems Engg.
Fahad Muath Alali
Facilities ManagementTeam Coach
DR. Mohammed Mohammed
Assistant ProfessorArchitectural Engineering & Construction management Dept.
Interdisciplinary Research Center for Construction and Building Materials