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Abu Dhabi Mosque Development Regulations<br />
Volume 2 - <strong>Design</strong><br />
4.2 Passive Thermal Control<br />
4.2.1 Thermal Comfort<br />
AS61<br />
v<br />
AS62<br />
Standards<br />
Methods of passive thermal comfort SHALL be integrated into the mosque<br />
design.<br />
A shading strategy SHALL create a transition for worshippers between the indoor<br />
and outdoor functional areas of the mosque.<br />
Badgir<br />
AG46<br />
AG47<br />
v<br />
AG48<br />
AG49<br />
v<br />
AG50<br />
AG51<br />
AG52<br />
AG53<br />
AG54<br />
Guidelines<br />
Traditional concepts of passive cooling SHOULD be adapted to the mosque<br />
design. (See Figure 29.)<br />
Smaller courtyards and shadeways SHOULD be integrated to create a<br />
microclimate for natural air movement.<br />
Water features and planting SHOULD be used to promote a comfortable<br />
microclimate.<br />
Cross-ventilation SHOULD be used as the primary mode of ventilation during<br />
wintertime. (See Figure 30.)<br />
The minaret MAY be used for ventilation and/or passive cooling.<br />
Mixed-mode ventilation SHOULD be integrated in the mosque design and be in<br />
accordance with Estidama requirements.<br />
Double wall façades MAY be used to reduce solar heat gain for thermal comfort,<br />
while retaining a solid character.<br />
Where double wall façades are used, air MAY be filtered through wall ducts that<br />
incorporate methods of moisture control to reduce humidity.<br />
Shading treatment(s), such as pergolas, arcades, tensile fabric and automatic<br />
umbrellas, MAY be included.<br />
Barjeel<br />
Figure 29: Passive cooling through traditional badgir and<br />
barjeel.<br />
Figure 30: Windows along all façades at Al Mulla<br />
Mosque facilitate cross-ventilation, Dubai, UAE.<br />
Architecture - Page 34