Incorporating locally sourced sheep wool insulation and a durable aluminum facade, the design elevates above Iceland’s volcanic landscape to create a sustainable living space that emphasizes community and connection to nature.
5 key facts about this project
01
Elevated on stilts to minimize environmental impact on the volcanic terrain.
02
Utilizes locally sourced sheep wool for insulation to enhance thermal performance.
03
Features large glass facades to maximize natural light and outdoor visibility.
04
Incorporates geothermal heating systems for energy-efficient climate control.
05
Design includes modular elements allowing for future adaptability and expansion.
General keywords
The HRAUN project is an architectural endeavor located in the distinctive landscape of Iceland. It is designed to offer a space that seamlessly integrates modern living with the challenges and beauty of its natural environment. The building reflects traditional Icelandic architectural influences while employing contemporary materials and sustainable practices. Its primary function is to provide comfort and connection to the surrounding wilderness for visitors, allowing them to engage with the unique geographical features of the region.
Design and Spatial Organization
The HRAUN project stands out due to its elevated design on stilts, a choice that minimizes the impact on the volcanic terrain and enhances the building's interaction with the landscape. The elongated form of the structure facilitates expansive views, providing occupants with a direct visual connection to the Icelandic scenery. Inside, the spatial organization includes a large communal living and dining area that promotes social interaction, alongside compact sleeping quarters optimized for functionality.
This layout is tailored to accommodate various activities, allowing flexibility depending on the number of occupants. Technical areas are incorporated to maintain a clutter-free environment in communal spaces, emphasizing the project's efficient use of space. This combination of communal and private areas is integral to creating a cohesive living experience.
Materiality and Sustainability
What sets the HRAUN project apart from typical architectural endeavors is its thoughtful use of materials and sustainable energy solutions. The structure utilizes locally-sourced aluminum for its framing and facade, chosen for its durability and lightweight properties. Insulation is provided through sheep wool, an indigenous material known for its thermal efficiency, reducing the energy footprint of the building.
The implementation of geothermal energy systems takes advantage of Iceland's natural resources, ensuring that heating and hot water are provided sustainably. These elements highlight the project’s commitment not only to ecological responsibility but also to the local community, supporting regional material production and energy sources.
Visual and Environmental Integration
The transparency created by large glass facades fosters a strong connection between the interior and exterior environments, blurring the lines between the two. This design approach encourages occupants to engage with the natural surroundings, making the experience of residing in the building deeply immersive.
The architectural structure is designed to withstand the harsh Icelandic climate while maintaining energy efficiency. The choice of materials and the consideration of local environmental conditions demonstrate a comprehensive understanding of structural performance and sustainability.
For those interested in the architectural details and technical aspects of the HRAUN project, further exploration of the architectural plans, sections, and overall designs will provide deeper insights into the innovative concepts at play. The integration of traditional design with modern sustainability practices offers valuable lessons for future architectural projects. Explore the project presentation to gain a fuller understanding of its various elements and design ideologies.
Design and Spatial Organization
The HRAUN project stands out due to its elevated design on stilts, a choice that minimizes the impact on the volcanic terrain and enhances the building's interaction with the landscape. The elongated form of the structure facilitates expansive views, providing occupants with a direct visual connection to the Icelandic scenery. Inside, the spatial organization includes a large communal living and dining area that promotes social interaction, alongside compact sleeping quarters optimized for functionality.
This layout is tailored to accommodate various activities, allowing flexibility depending on the number of occupants. Technical areas are incorporated to maintain a clutter-free environment in communal spaces, emphasizing the project's efficient use of space. This combination of communal and private areas is integral to creating a cohesive living experience.
Materiality and Sustainability
What sets the HRAUN project apart from typical architectural endeavors is its thoughtful use of materials and sustainable energy solutions. The structure utilizes locally-sourced aluminum for its framing and facade, chosen for its durability and lightweight properties. Insulation is provided through sheep wool, an indigenous material known for its thermal efficiency, reducing the energy footprint of the building.
The implementation of geothermal energy systems takes advantage of Iceland's natural resources, ensuring that heating and hot water are provided sustainably. These elements highlight the project’s commitment not only to ecological responsibility but also to the local community, supporting regional material production and energy sources.
Visual and Environmental Integration
The transparency created by large glass facades fosters a strong connection between the interior and exterior environments, blurring the lines between the two. This design approach encourages occupants to engage with the natural surroundings, making the experience of residing in the building deeply immersive.
The architectural structure is designed to withstand the harsh Icelandic climate while maintaining energy efficiency. The choice of materials and the consideration of local environmental conditions demonstrate a comprehensive understanding of structural performance and sustainability.
For those interested in the architectural details and technical aspects of the HRAUN project, further exploration of the architectural plans, sections, and overall designs will provide deeper insights into the innovative concepts at play. The integration of traditional design with modern sustainability practices offers valuable lessons for future architectural projects. Explore the project presentation to gain a fuller understanding of its various elements and design ideologies.
