Incorporating a wind tower for natural ventilation and constructed with low-carbon concrete, this residential design prioritizes sustainability while accommodating modern living needs.
5 key facts about this project
01
Incorporates a traditional wind tower for passive cooling.
02
Constructed using low-carbon concrete to reduce environmental impact.
03
Features a façade with textured elements for improved thermal performance.
04
Utilizes intelligent irrigation systems for water-efficient landscaping.
05
Designed with flexibility for future adaptations and expansions.
General keywords
The project is a residential development situated in Dubai, designed to blend contemporary architecture with traditional Arabian elements. It focuses on eco-sustainability, utilizing innovative materials and construction techniques to create an efficient living environment tailored to the local climate. The design reflects a commitment to minimizing environmental impact while enhancing the comfort and functionality of residential spaces.
Spatially, the project is organized into two levels. The ground floor accommodates service areas including the kitchen and garage, alongside living and dining spaces that encourage family interaction. Large windows and sliding doors integrate indoor and outdoor environments, promoting natural light and cross-ventilation. The first floor consists of private bedrooms, each with en-suite bathrooms, ensuring privacy while maintaining visual connectivity to common areas.
Unique Design Features
The use of the wind tower is a notable feature, aligning the design with traditional practices while providing modern functionality. This architectural element captures prevailing winds to naturally cool the interior spaces, reducing reliance on air conditioning. The building's form and materiality further distinguish it from typical residential projects. A varied façade combines smooth, white-rendered surfaces with textured elements, improving thermal performance while creating visual interest.
Sustainability is at the forefront of this design, with several eco-friendly systems integrated into the architecture. Photovoltaic solar panels harness renewable energy, while a heat pump efficiently manages heating and cooling needs. The project employs low-emissivity glass and low-carbon concrete, which enhance energy efficiency and lower the overall environmental footprint.
Innovative landscaping features intelligent irrigation systems that optimize water usage for plant health, reinforcing the project’s sustainable objectives. Inside, the use of recycled materials, such as wood and gypsum board, further emphasizes the commitment to eco-friendly practices.
The design allows for adaptability, with potential areas identified for future expansion. This flexibility ensures that the residence can evolve to meet the changing needs of its occupants without compromising functionality or style.
Explore the project presentation for more information on key aspects, including architectural plans, sections, and detailed designs. This additional insight will provide a comprehensive understanding of the architectural ideas and features that make this project relevant in the contemporary landscape of sustainable residential design.
Spatially, the project is organized into two levels. The ground floor accommodates service areas including the kitchen and garage, alongside living and dining spaces that encourage family interaction. Large windows and sliding doors integrate indoor and outdoor environments, promoting natural light and cross-ventilation. The first floor consists of private bedrooms, each with en-suite bathrooms, ensuring privacy while maintaining visual connectivity to common areas.
Unique Design Features
The use of the wind tower is a notable feature, aligning the design with traditional practices while providing modern functionality. This architectural element captures prevailing winds to naturally cool the interior spaces, reducing reliance on air conditioning. The building's form and materiality further distinguish it from typical residential projects. A varied façade combines smooth, white-rendered surfaces with textured elements, improving thermal performance while creating visual interest.
Sustainability is at the forefront of this design, with several eco-friendly systems integrated into the architecture. Photovoltaic solar panels harness renewable energy, while a heat pump efficiently manages heating and cooling needs. The project employs low-emissivity glass and low-carbon concrete, which enhance energy efficiency and lower the overall environmental footprint.
Innovative landscaping features intelligent irrigation systems that optimize water usage for plant health, reinforcing the project’s sustainable objectives. Inside, the use of recycled materials, such as wood and gypsum board, further emphasizes the commitment to eco-friendly practices.
The design allows for adaptability, with potential areas identified for future expansion. This flexibility ensures that the residence can evolve to meet the changing needs of its occupants without compromising functionality or style.
Explore the project presentation for more information on key aspects, including architectural plans, sections, and detailed designs. This additional insight will provide a comprehensive understanding of the architectural ideas and features that make this project relevant in the contemporary landscape of sustainable residential design.
