Mirrored anodized aluminum surfaces reflect the rugged Icelandic landscape while integrating geothermal heating and water collection systems in a compact shelter designed for outdoor enthusiasts.
5 key facts about this project
01
Mirrored aluminum cladding minimizes visual disruption and reflects the surrounding landscape.
02
Elevated design reduces site impact and promotes natural drainage.
03
Geothermal heating system ensures energy efficiency in a harsh climate.
04
Rooftop water collection system enhances sustainability and self-sufficiency.
05
Multi-functional interior spaces accommodate social interaction and gear storage.
General keywords
Project specific keywords
The ICELANDCUBE is an architectural project situated in Iceland’s natural landscape, designed to harmonize with the environment while providing essential functionality. The project embodies a compact living space aimed at accommodating outdoor enthusiasts, emphasizing sustainability and efficient use of resources.
This cube-shaped structure stands elevated, minimizing disruption to the surrounding ecosystem. The design employs a combination of locally sourced materials and advanced building technologies to ensure environmental responsibility. The structural choice allows for efficient water drainage and ecological conservation, reflecting a thoughtful approach to site development.
Resource Efficiency and Sustainable Features
The ICELANDCUBE features an array of sustainable technologies integrated into its design. The use of anodized aluminum for the exterior cladding not only offers durability but also a reflective quality that visually interacts with the surrounding landscape. The mirrored finish, combined with pressed metal patterns, effectively reduces glare while enhancing the building's aesthetic. The architectural form incorporates local stones and recycled metals, illustrating a commitment to source materials that resonate with the local context.
Sustainable practices are further realized through the implementation of geothermal heating, which utilizes the earth’s natural temperature for energy efficiency. Additionally, the rooftop is engineered for effective rainwater and snow collection, ensuring a self-sufficient water supply for the residents. These elements highlight the project’s focus on environmental integration, allowing it to function harmoniously within the unique climatic challenges of Iceland.
Functional Layout Delivering Convenience and Comfort
Internally, the ICELANDCUBE is structured for versatility and practicality. The main level includes multi-functional spaces that facilitate social interactions and communal activities. An entrance deck is designed to accommodate storage for outdoor gear, enhancing the usability for active inhabitants. The upper level contains sleeping quarters equipped to house up to twelve occupants, featuring privacy screens that allow for individual comfort while maintaining an open layout.
Furthermore, dedicated areas for drying outdoor equipment reflect an understanding of user needs in a harsh climate, offering practical solutions for everyday living. The design prioritizes convenience without sacrificing comfort, making it a suitable haven for its inhabitants.
To explore further details on the ICELANDCUBE, including architectural plans, sections, and designs, readers are encouraged to examine the project presentation. There, a deeper understanding of the architectural ideas and spatial arrangements can be gained.
This cube-shaped structure stands elevated, minimizing disruption to the surrounding ecosystem. The design employs a combination of locally sourced materials and advanced building technologies to ensure environmental responsibility. The structural choice allows for efficient water drainage and ecological conservation, reflecting a thoughtful approach to site development.
Resource Efficiency and Sustainable Features
The ICELANDCUBE features an array of sustainable technologies integrated into its design. The use of anodized aluminum for the exterior cladding not only offers durability but also a reflective quality that visually interacts with the surrounding landscape. The mirrored finish, combined with pressed metal patterns, effectively reduces glare while enhancing the building's aesthetic. The architectural form incorporates local stones and recycled metals, illustrating a commitment to source materials that resonate with the local context.
Sustainable practices are further realized through the implementation of geothermal heating, which utilizes the earth’s natural temperature for energy efficiency. Additionally, the rooftop is engineered for effective rainwater and snow collection, ensuring a self-sufficient water supply for the residents. These elements highlight the project’s focus on environmental integration, allowing it to function harmoniously within the unique climatic challenges of Iceland.
Functional Layout Delivering Convenience and Comfort
Internally, the ICELANDCUBE is structured for versatility and practicality. The main level includes multi-functional spaces that facilitate social interactions and communal activities. An entrance deck is designed to accommodate storage for outdoor gear, enhancing the usability for active inhabitants. The upper level contains sleeping quarters equipped to house up to twelve occupants, featuring privacy screens that allow for individual comfort while maintaining an open layout.
Furthermore, dedicated areas for drying outdoor equipment reflect an understanding of user needs in a harsh climate, offering practical solutions for everyday living. The design prioritizes convenience without sacrificing comfort, making it a suitable haven for its inhabitants.
To explore further details on the ICELANDCUBE, including architectural plans, sections, and designs, readers are encouraged to examine the project presentation. There, a deeper understanding of the architectural ideas and spatial arrangements can be gained.
