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Solea Taraf Holding
Solea Taraf Holding
Abu Dhabi, United Arab Emirates
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Other Projects by U+A
Solea Taraf Holding
Abu Dhabi, United Arab Emirates
Firm
Type
STATUS
Under Construction
YEAR
2028
SIZE
300,000 sqft - 500,000 sqft
Solea, a Mid-Rise Apartment Development on Saadiyat Island designed by U+A, is a contemporary residential complex designed to harmonize with its coastal surroundings while delivering high-quality urban living. Developed by Taraf, the project consists of two interconnected buildings, featuring interlocking massing that creates a dynamic architectural expression. Spanning Ground + 7 levels over basement parking, the development offers 212 residential units, thoughtfully designed to provide comfort, luxury, and a strong connection to the outdoors.
The design philosophy behind this development embraces modern aesthetics, functionality, and sustainability. The architecture blends clean lines, expansive glazing, and integrated landscaping to create a refined yet inviting environment. The interlocking massing approach fosters a sense of community by integrating private and communal spaces seamlessly. The façade features a rhythmic composition of glass and solid elements, allowing for abundant natural light while maintaining privacy and energy efficiency.
The landscape design enhances the livability of the development by incorporating lush green spaces, water features, and shaded seating areas. The resort-style pool area is a central feature promoting relaxation and social interaction, with efficient water filtration and sustainable irrigation systems. Serene courtyard spaces blend nature with urban living, offering intimate seating and leisure zones with noise-reducing greenery. Pedestrian-friendly pathways encourage walkability within the development while ensuring accessibility for all residents.
Sustainable design principles are embedded into the design to ensure environmental efficiency and long-term resilience. Extensive solar studies and energy modelling informed the design from the initial design stages. Energy-efficient glazing and shading elements reduce heat gain and lower cooling costs. Water-efficient landscaping utilizes native plant species and drip irrigation. Smart building technologies optimize energy use, including motion-sensor lighting and intelligent climate control systems. Natural ventilation strategies through architectural design reduce reliance on mechanical cooling systems and enhance indoor air quality.
The design philosophy behind this development embraces modern aesthetics, functionality, and sustainability. The architecture blends clean lines, expansive glazing, and integrated landscaping to create a refined yet inviting environment. The interlocking massing approach fosters a sense of community by integrating private and communal spaces seamlessly. The façade features a rhythmic composition of glass and solid elements, allowing for abundant natural light while maintaining privacy and energy efficiency.
The landscape design enhances the livability of the development by incorporating lush green spaces, water features, and shaded seating areas. The resort-style pool area is a central feature promoting relaxation and social interaction, with efficient water filtration and sustainable irrigation systems. Serene courtyard spaces blend nature with urban living, offering intimate seating and leisure zones with noise-reducing greenery. Pedestrian-friendly pathways encourage walkability within the development while ensuring accessibility for all residents.
Sustainable design principles are embedded into the design to ensure environmental efficiency and long-term resilience. Extensive solar studies and energy modelling informed the design from the initial design stages. Energy-efficient glazing and shading elements reduce heat gain and lower cooling costs. Water-efficient landscaping utilizes native plant species and drip irrigation. Smart building technologies optimize energy use, including motion-sensor lighting and intelligent climate control systems. Natural ventilation strategies through architectural design reduce reliance on mechanical cooling systems and enhance indoor air quality.
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