Integrating solar windows and advanced nano-fiber insulation, the design emphasizes resource efficiency and environmental sensitivity while providing a modern residential space.
5 key facts about this project
01
Incorporates solar windows that generate energy while providing natural light.
02
Utilizes advanced nano-fiber insulation for enhanced thermal efficiency.
03
Features a water production system that recycles gray water for landscape irrigation.
04
Constructed with pre-engineered steel to minimize waste during assembly.
05
Integrates flexible living spaces to accommodate diverse occupant needs.
General keywords
Project specific keywords
Villa Verde is an architectural project located in Dubai, focusing on sustainability and modern living. The design spans 300 square meters, positioned on a 450 square meter site. Villa Verde exemplifies a contemporary approach to residential architecture, integrating eco-friendly practices with functional spaces catering to the needs of its occupants. The project emphasizes energy efficiency, water conservation, and a strong connection to the surrounding environment.
The villa consists of diverse living areas allowing for both private and communal interactions. Key features include spacious living and dining rooms, adaptable kitchen spaces that enhance usability, and well-ventilated bedrooms designed to maximize natural light. Outdoor areas are thoughtfully landscaped, promoting recreational opportunities and encouraging biodiversity within the residential setting.
Innovative Features of Design and Sustainability
Unique to Villa Verde is its commitment to sustainability through the use of advanced materials and systems. Local materials such as stone and glass are prevalent, reducing transportation emissions. Nano-fiber insulation contributes to thermal regulation, while pre-engineered steel structures minimize construction waste. Furthermore, the integration of solar windows enables energy generation within the home.
A standout aspect of Villa Verde is its water production system, which generates potable water and recycles gray water for non-potable uses. This dual-purpose approach to water management significantly reduces overall consumption and environmental impact. The economic considerations of the project reflect its sustainable ethos, with a projected construction cost of AED 1.1 million and a timeline for return on investment of eight years.
Architectural Design and Functionality
The architectural design prioritizes flexibility and functionality to adapt to various lifestyle needs. Open spaces foster interaction among occupants while allowing for privacy in designated areas. Each element of the design aligns with broader sustainability goals, creating a living environment that supports both the residents and the surrounding ecosystem.
In summary, Villa Verde represents a significant advancement in residential architecture focused on sustainability and livability. To explore the architectural plans, sections, and designs that embody this project, readers are encouraged to delve further into the project presentation for a comprehensive understanding of its architectural ideas and practical applications.
The villa consists of diverse living areas allowing for both private and communal interactions. Key features include spacious living and dining rooms, adaptable kitchen spaces that enhance usability, and well-ventilated bedrooms designed to maximize natural light. Outdoor areas are thoughtfully landscaped, promoting recreational opportunities and encouraging biodiversity within the residential setting.
Innovative Features of Design and Sustainability
Unique to Villa Verde is its commitment to sustainability through the use of advanced materials and systems. Local materials such as stone and glass are prevalent, reducing transportation emissions. Nano-fiber insulation contributes to thermal regulation, while pre-engineered steel structures minimize construction waste. Furthermore, the integration of solar windows enables energy generation within the home.
A standout aspect of Villa Verde is its water production system, which generates potable water and recycles gray water for non-potable uses. This dual-purpose approach to water management significantly reduces overall consumption and environmental impact. The economic considerations of the project reflect its sustainable ethos, with a projected construction cost of AED 1.1 million and a timeline for return on investment of eight years.
Architectural Design and Functionality
The architectural design prioritizes flexibility and functionality to adapt to various lifestyle needs. Open spaces foster interaction among occupants while allowing for privacy in designated areas. Each element of the design aligns with broader sustainability goals, creating a living environment that supports both the residents and the surrounding ecosystem.
In summary, Villa Verde represents a significant advancement in residential architecture focused on sustainability and livability. To explore the architectural plans, sections, and designs that embody this project, readers are encouraged to delve further into the project presentation for a comprehensive understanding of its architectural ideas and practical applications.
