Tuesday 06 January 2009
Print Page // Site Map // Useful Links
Print Page // Site Map // Useful Links
Epic Centre Project Complete...
Added 03//06//2008
Tek have succesfully supplied and fitted a natural ventilation system to the Epic Centre at Lincolnshire Agricultural Sh...
Read More on this item
JCB - Phase 3
Added 03//06//2008
Tek are currently installing JCB phase 3, which is a natural ventilation and fan boost system . This is our largest proj...
Read More on this item View News Archive
Tel: 0121 766 5005Added 03//06//2008
Tek have succesfully supplied and fitted a natural ventilation system to the Epic Centre at Lincolnshire Agricultural Sh...
Read More on this item
JCB - Phase 3
Added 03//06//2008
Tek are currently installing JCB phase 3, which is a natural ventilation and fan boost system . This is our largest proj...
Read More on this item View News Archive
Fax: 0121 766 5010
Email: sales@tek.ltd.uk
Located: Birmingham, UK
Strategies - Wind Driven Ventilation
Naturalvent offers offers a number of Natural ventilation strategies depending on your aesthetic and ventilation requirements.
Single sided ventilation
It is predominantly wind driven ventilation turbulence and can adequately
ventilate smaller rooms with average occupancies.
• Uses 2 wall units
• Achieves penetration depths of up to 2.5 times the room height.
It is predominantly wind driven ventilation turbulence and can adequately
ventilate smaller rooms with average occupancies.
• Uses 2 wall units
• Achieves penetration depths of up to 2.5 times the room height.
Cross ventilation
It combines the Wind Effect and Stack Effect. Also offers night
time cooling.
• Uses 2 wall units
• Achieves penetration depths of up to 5 times the room height.
It combines the Wind Effect and Stack Effect. Also offers night
time cooling.
• Uses 2 wall units
• Achieves penetration depths of up to 5 times the room height.
Passive Stack ventilation
It is driven by the Wind Effect and can be aided by the Stack
Effect if there is a sufficient difference in heights between the
two vents.
• Uses Wall Unit + Stack Ventilator
• Will achieve up to double the penetration of cross ventilation
It is driven by the Wind Effect and can be aided by the Stack
Effect if there is a sufficient difference in heights between the
two vents.
• Uses Wall Unit + Stack Ventilator
• Will achieve up to double the penetration of cross ventilation
Displacement ventilation
It uses a single roof stack which lets in high density cool air on
the Windward side and expels warmer, more buoyant exhaust air
on the leeward side.
• Uses a single stack unit
• Useful for exhausting stale air from multiple class rooms or
night-time cooling
It uses a single roof stack which lets in high density cool air on
the Windward side and expels warmer, more buoyant exhaust air
on the leeward side.
• Uses a single stack unit
• Useful for exhausting stale air from multiple class rooms or
night-time cooling