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The waste air is forced to the ceiling and then forced out of the room through exhaust panels using displacement ventilation, which uses a slow-moving stream of new air from the floor to displace it. Low velocity, buoyancy-driven air at a temperature of around 65°F is provided through displacement ventilation.
Until it comes into contact with thermal plumes from heat sources, supply air spreads across the floor before the breathing zone, where it is naturally forced upward by the clean, conditioned air.
In displacement ventilation (DV), conditioned external air is extracted above the inhabited area, often at ceiling height, and fed into the room at a low velocity through air supply diffusers around floor level.
In order to keep the interior air temperature of the inhabited room at a suitable level while allowing hot air to climb to the ceiling, displacement ventilation systems utilise the principles of natural convection.
The global Displacement Ventilation system market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
Carson Solutions is the ONLY company supplying independently tested year-round displacement ventilation thanks to their QLCI. Displacement induction ventilation brings supply air into the classroom at a low level, near the floor. Fresh air is immediately delivered to the breathing areas of students as air encounters them.
As air rises, impurities that are discharged are vented up and away from occupants. Displacement ventilation, as opposed to conventional mixed air systems, reduces the danger of shared occupant pollutants. With an optional onboard bi-polar ionisation generator integrated into the QLCI housing, school districts can further improve the indoor air quality in classrooms.
With 100% of the Dedicated Outside Air System (DOAS) Air Delivered to Occupants, it improved indoor air quality. It combines industry-leading ventilation effectiveness through displacement ventilation with low pressure induction.
It operates quietly (under 35 dBa) in classrooms, meeting the strict ANSI S12.60 requirement. has improved thermal comfort all year round. It delivers improved learning and teaching environments and offers total indoor environmental quality (IEQ).
