Atlantis Project by DEMELO & ASSOCIATES

Atlantis, an innovative project developed by DEMELO & ASSOCIATES, embodies the future of architecture by integrating cutting-edge design with sustainable practices. This multifaceted structure features the 01 Wind/Photovoltaic Multifunctional Bioclimatic Sail, a groundbreaking system that generates electrical power by harnessing both wind and solar energies. The spherical-shaped wind sail is ingeniously designed to float atop a pressurized, oil-filled bearing, which significantly reduces friction forces by an impressive 99.9%. This allows for optimal performance and energy generation, even in low wind conditions, as the sail can convert hot air flow into motion, ensuring continuous rotation. The design not only focuses on energy efficiency but also prioritizes aesthetic appeal, making it a standout feature of the Atlantis project.

To enhance the indoor environment, the HVAC air filtering system in Atlantis utilizes an ecologically engineered air purifier. This system is designed to mimic nature's air purification processes, involving various ecological systems within the building to promote a healthy and productive atmosphere. The atrium level is a green haven, incorporating diverse foliage within organic substrates, complemented by large trees, small shrubs in planters, and serene aquatic pools. This biophilic approach not only enriches the aesthetic value of the space but also improves air quality and occupant well-being, creating a refreshing environment for all.

Natural illumination is a key element of the Atlantis project, with capacious prism vaults allowing sunlight to reflect off wall surfaces. This ingenious design strategy not only enhances the visual ambiance but also provides solar energy for plant growth and the enjoyment of occupants. The project further embraces energy efficiency through the implementation of low voltage lighting, featuring 12-volt AC/DC systems and fiber optical cable lighting. Such features contribute to significantly reduced power consumption while maintaining optimal lighting conditions throughout the building.

The photovoltaic glass curtain wall system incorporated within Atlantis is another remarkable feature that underscores the project’s commitment to sustainability. This system effectively generates electrical energy from sunlight while filtering harmful UV and IR rays. It provides essential thermal and acoustical insulation, ensuring a comfortable indoor climate. The use of photovoltaic glass panels and architectural concrete systems offers the highest energy yield relative to investment, enabling the building to operate independently from the power grid. This forward-thinking approach positions Atlantis as a model for future environmentally friendly developments.

In terms of resource management, Atlantis employs state-of-the-art intelligent building systems (IBS) that optimize energy use and comfort. These computer-aided controls minimize conductive heat flow, detect temperature variations, and regulate ventilation and cooling systems efficiently. To ensure energy security during maintenance or adverse weather conditions, the project is equipped with cogeneration units powered by bio-fuels, which significantly lower carbon emissions. Additionally, Atlantis features a sophisticated reverse osmosis/desalination system that supplies fresh water for daily use, along with onsite treatment of sewage waste for agricultural applications. The project illustrates how sustainable architecture can harmonize energy efficiency, environmental responsibility, and occupant comfort.

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