Natural daylight in all rooms including
bathrooms is tailored to solar
orientation and reduces power loads
from artificial lighting. Primary daylight
is indirect and comes from the north
while southern light limited and
mitigated by automatic shading system.
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Low E, solar control glazing is insulated
and set into a thermally broken custom
steel frame. This high performance
glazing reduces solar gain, improves
winter comfort, and offers superior
thermal performance without
sacrificing views.
•
Radiant hydronic heat eliminates
ductwork and allows lower operating
temperatures and higher occupant
comfort levels. Energy usage is
significantly lower and more efficient
than traditional forced air systems.
•
Stack ventilation is naturally
facilitated by the building layout.
The open floor plan is connected on
multiple levels from the lower master
bedroom suite to the entry at a higher
elevation. Automatically controlled
operable glazing at the lowest level is
coordinated with an exhaust transfer
grille at the highest elevation. The
pressure and height differential allows
the exhaustion of hot air and intake of
cool fresh air.
•
Drought resistant and native vegetation
is specifically intended reduce soil
erosion and facilitates new habitats
for local wildlife. A vegetated roof
reduces the aerial visual footprint of the
building and provides added thermal
mass / insulation for the occupied space
below.
•
On-site wastewater treatment through
a septic system paired with efficient
plumbing fixtures reduces loads
to municipal sewer systems and
differentiates black and grey water.
Conversely, fresh water is garnered
from an on-site stream that is also not
dependent on municipal systems.
•
Low VOC & sustainable finishes were
primary considerations to ensure
the highest interior air quality and
responsible use of finish materials.
The interior paint and other interior
finishes are all low VOC. Wall and ceiling
insulation is formaldehyde free denim.
[Page 9] Archetech - Issue 22
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