Under Floor Air Distribution Systems
The optimal delivery of clean and conditioned air into the workspace is under the floor, delivered by a system of components so flexible it can be rearranged or added in minutes. UFAD is a key element in the design of sustainable office facilities,
underfloor air distribution (UFAD) systems provide LEED
opportunities for their ventilation effectiveness, use of materials,
and controllability. They enable facilities to maintain comfortable
temperatures and ensure high indoor air quality for occupants,
while reducing the costs of distributing power and data cabling.
It can reduce the overall energy
consumption of a building by up to
20%. Natural convection currents
reduce fan energy use by upwards of
32%, and reduce cooling energy
expenditures by 15%.
|
ESW delivers fresh, clean
and conditioned air with
minimum mixing and
maximum efficiency. ESW’s
underfloor HVAC allows for
superior air quality, personal
occupant comfort, all while
lowering operating costs.
Without costly ductwork to
dismantle or replace during
the reconfiguration of a
workspace, underfloor HVAC
offers unprecedented
flexibility. Air outlets are very
simple to relocate. |
ESW’s 100 CFM SmartAir
Diffuser comes with
temperature controlled
actuator for ultimate personal
climate control.
Variable air volume terminals
help avoid the common
problem of puddling of cold
air in the low load areas of
buildings. |
● Save up to 20% in energy
costs versus overhead HVAC
VAV systems
● Convection and air
displacement stratify stale
air at ceiling level resulting
in a healthier work place
● Better thermostatic
regulation of temperature for
better comfort control
● Fresh air displaces stale air
● Ventilation is 150% more
effective than with
conventional
HVAC VAV systems
● It requires over 40% less fan
energy to deliver 65°F air via
ASM’s ESW plenum |
● Improved Indoor Air Quality in
the occupant breathing zone
● Efficient use of partially
reheated bypass air
● Stratifies excess heat and
pollutants more effectively
● Varying air volume supplies
only enough air to meet
occupant comfort, thereby
reducing fan energy
requirements
● Low pressure plenum requires
less energy to power fan
● Diversity of the cooling load of
building means air handling
units and chillers can be
downsized |