Portfolio Booklet Revised - Flipbook - Page 49
35
10 - 30%
ELECTRICITY BILL SAVINGS
Heat gets exhausted
out from top operable
windows
RGY
m, the project ingeniously
and cooling, concurrently
urthermore, the integration
ject's bold stride towards
neutrality. Leveraging
ically reduces carbon
s, epitomizing the project's
al stewardship. Through
trategies, the project lays
ment over its lifecycle.
tion of chilled water pipes
ation of operable windows
he project remains at the
performance.
Vegatative Roof Mitigates
Urban Heat Island Effect
Annual Potential Savings:
$ 207,336
Carbon Footprint Reduction:
723 TONS CO2
GEOTHERMAL HEAT PUMP REDUCE ENERGY
CONSUMPTION BY 25 - 30%
DESIGN FOR ECONOMY
Positioned as a beacon of environmental stewardship, the project, functioning as a
school, endeavors to spearhead research and experimentation into innovative
methods of environmental preservation, leveraging the synergies between
plant sciences and engineering. By disseminating its discoveries and insights to the
local community, it catalyzes a collective e昀昀ort towards fostering a healthier and
more sustainable environment. In its pursuit of sustainability, the project
strikes a delicate balance between cost-e昀昀ectiveness and long-term value. Through the
strategic implementation of stacked ventilation systems, it not only mitigates
operational expenses but also signi昀椀cantly reduces the building's carbon footprint,
exemplifying a harmonious fusion of economic prudence and ecological responsibility.
Furthermore, the project's performance can be further optimized by integrating
perforated beams into its structural design, a solution that not only enhances
e昀케ciency but also minimizes the demand for steel, thereby reinforcing its
commitment to resource e昀케ciency and sustainability.
