Constructed from corten steel and designed with an integrated wind turbine and geothermal heating, the shelter provides an efficient and sustainable accommodation solution for trekkers navigating the harsh Icelandic landscape.
5 key facts about this project
01
Utilizes corten steel for durability and integration into the natural landscape.
02
Incorporates a wind turbine to generate renewable energy on-site.
03
Features geothermal heating for energy-efficient climate control.
04
Modular design allows for easy assembly and potential expansion.
05
Optimizes communal spaces to enhance social interaction among guests.
General keywords
The Rotor Home project is designed as a modular shelter in the Icelandic wilderness, specifically catering to trekkers and outdoor enthusiasts. This architectural intervention merges functionality with a respect for the surrounding landscape. The structure is fully adaptable, ensuring comfort and utility in a rugged environment characterized by extreme weather conditions.
The design embodies principles of sustainability and minimal environmental impact. It emphasizes energy efficiency through the integration of a wind turbine at the top of the structure, which provides renewable energy for the shelter. The exterior utilizes corten steel, known for its durability and ability to blend into the landscape over time. The projection includes a series of interconnected living spaces, allowing it to serve multiple guests while promoting interaction among users.
Sustainable Energy and Modular Design
One of the defining features of the Rotor Home is its focus on renewable energy sources. The wind turbine located at the highest point of the structure not only generates power but also serves as a visual and functional centerpiece for the design. This integration of energy solutions is complemented by geothermal heating systems that ensure a consistent internal climate. The modular design of the building allows for efficient assembly and potential future expansion, making it a versatile solution for temporary accommodation.
Material Selection and Aesthetic Provisions
The project employs a combination of corten steel, aluminum, glass, and wood in its construction. Corten steel forms the exterior skin, resistant to harsh weather and offering a distinctive texture as it weathers over time. Aluminum provides structural support while maintaining a lightweight profile. Large glass panels are strategically placed to maximize natural light, improving the livability of the interior spaces. Wood elements bring warmth and comfort to the communal areas, making the environment more inviting for guests.
The architectural layout consists of multiple segments: a communal kitchen and social area, sleeping quarters, and utility spaces, facilitating both privacy and community. The arrangement ensures that even in the remote service of the shelter, essential functions are easily accessed.
Designed for function and responsiveness, the Rotor Home stands out among similar projects for its thoughtful integration of sustainable technologies, durable materials, and a flexible spatial layout that fosters community engagement.
Explore the detailed architectural plans, sections, and design ideas presented within this project for a comprehensive understanding of its innovative features and functionality.
The design embodies principles of sustainability and minimal environmental impact. It emphasizes energy efficiency through the integration of a wind turbine at the top of the structure, which provides renewable energy for the shelter. The exterior utilizes corten steel, known for its durability and ability to blend into the landscape over time. The projection includes a series of interconnected living spaces, allowing it to serve multiple guests while promoting interaction among users.
Sustainable Energy and Modular Design
One of the defining features of the Rotor Home is its focus on renewable energy sources. The wind turbine located at the highest point of the structure not only generates power but also serves as a visual and functional centerpiece for the design. This integration of energy solutions is complemented by geothermal heating systems that ensure a consistent internal climate. The modular design of the building allows for efficient assembly and potential future expansion, making it a versatile solution for temporary accommodation.
Material Selection and Aesthetic Provisions
The project employs a combination of corten steel, aluminum, glass, and wood in its construction. Corten steel forms the exterior skin, resistant to harsh weather and offering a distinctive texture as it weathers over time. Aluminum provides structural support while maintaining a lightweight profile. Large glass panels are strategically placed to maximize natural light, improving the livability of the interior spaces. Wood elements bring warmth and comfort to the communal areas, making the environment more inviting for guests.
The architectural layout consists of multiple segments: a communal kitchen and social area, sleeping quarters, and utility spaces, facilitating both privacy and community. The arrangement ensures that even in the remote service of the shelter, essential functions are easily accessed.
Designed for function and responsiveness, the Rotor Home stands out among similar projects for its thoughtful integration of sustainable technologies, durable materials, and a flexible spatial layout that fosters community engagement.
Explore the detailed architectural plans, sections, and design ideas presented within this project for a comprehensive understanding of its innovative features and functionality.
