We can learn a great deal from conducting case studies. It’s an opportunity to take a close look at how the principles are being applied into the space and if the outcomes meet the hypothesis.
The designer’s main objective was to create a beautiful, energy efficient and long-lasting building.
How did they do this?
By making use of the building’s insulation, window orientation, roof overhangs and other design elements. It is no secret that huge windows bring in natural light, aid passive solar heating and is a gate way to stunning outside view.
Then, the LEED Platinum award?
Thanks to the triple-glazed windows and doors, cellulose insulated walls (R-35) and roof (R-60), native grey slate tile and marble, and natural whey-based finishes with no Volatile Organic Compounds.
The building also employs a wood burning masonry heater, air source heat pumps, energy recovery ventilators, photo-voltaic arrays, (to achieve net zero energy) and passive house standards for air infiltration.
Locally soured various wood species were used, which saves money. Moreover, materials used were manufactured off site to improve energy efficiency, then moved to the construction site to be installed.
The benefit of this?
It minimizes impact on the site’s ecology.
What about the Net-Zero Energy status?
This was achieved by using solar panels and energy-efficient technologies.
Overview of the academy
Class rooms
Main hallway
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