Eco - Exo, GCC
Hotel | Residential | Mixed Use
Parametricism, as an architectural style, is characterized by its unique use of mathematical algorithms to craft intricate geometrical shapes. These shapes possess the remarkable ability to adapt to one another in a harmonious dance of design. Art Nouveau is known for its sinuous, organic forms, featuring flowing lines, captivating arches, and intricate ornamentation that captures the eye and imagination. The merging of these two distinctive styles gives birth to something entirely new – the New Art Nouveau.
What truly sets this tower apart are its elegantly curved corners. These architectural nuances serve to elevate the prominence of its balconies and terraces, offering occupants unparalleled and uninterrupted vistas of the natural beauty that surrounds the area.
But the Eco-Exo tower doesn't stop there; it marries aesthetics with sustainability. Its commitment to a net-negative carbon footprint is evident in its construction, utilizing recycled steel, phase change materials, and CO2 absorbers as integral components. This tower is not just a monument to architectural ingenuity; it's a testament to a greener, more environmentally conscious future.
Within this innovative THINK NATURE design, a revolutionary approach to load-bearing facades takes center stage. This approach liberates the design of floor plates, setting the stage for a new generation of architectural marvels. The Eco-Exo tower, a testament to this vision, boasts a monumental and exquisitely floral exoskeleton that serves a dual purpose. Not only does it bestow a sense of grandeur, but it also empowers the creation of large, open-planned floors, rendering the need for intrusive pillars or columns obsolete.
In essence, the Eco-Exo tower is a masterpiece that seamlessly melds the mathematical precision of Parametricism with the organic, captivating allure of Art Nouveau. It embodies the ethos of THINK NATURE and stands as a beacon of architectural innovation and ecological responsibility.
Environmental friendly techniques:
Low energy lights and fittings
Recycled timber, glass, plastic
Maximization of natural daylight
Natural and cross ventilation
Night cooling
Super insulated structure
Passive solar
Structural 3D Printing
Rainwater harvesting system
Shape prevents wind turbulence
PV Panels on the roof and facade
Diffused North Lights
Voltage optimisation
Automated black-out blinds
Graywater treatment
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