Circular guest shelters with skylights and geothermal heating immerse visitors in the Northern Lights while seamlessly integrating into the Icelandic landscape.
5 key facts about this project
01
Guest units are designed in circular shapes to optimize views of the Northern Lights.
02
Skylights are integrated into each shelter for direct celestial visibility.
03
A geothermal heating system utilizes local resources for energy efficiency.
04
Sustainable materials include concrete and wood, ensuring ecological integration.
05
The layout promotes communal interaction while maintaining guest privacy.
General keywords
The Hiringi architectural project is located near Mývatn Lake in Northern Iceland, designed to facilitate an immersive experience for visitors attracted to the Northern Lights. The project focuses on creating accommodations that foster a direct connection with the surrounding natural landscape, specifically the celestial phenomena of the Aurora Borealis. This project integrates the unique topography of the region with a functional layout that enhances guest experiences.
The architecture features a range of guest shelters shaped in circular forms, reflecting both aesthetic appeal and an ecological approach. Each unit, ranging from 23 to 29 square meters, is designed for flexibility, providing options for single and double accommodations. The structures are arranged to ensure unobstructed views of the night sky, enabling visitors to fully engage with the auroras while sheltered in a comfortable environment.
The main house serves as the central facility, offering amenities such as a restaurant, sauna, and communal areas, enhancing the social aspect of the stay. With careful attention paid to technical aspects, the project includes a geothermal heating system, aligning with sustainable practices and addressing the local climate demands.
Architecture and Design Elements
The project exemplifies a direct response to its environment through thoughtful architectural design. The circular shapes of the guest units create a cohesive visual narrative that aligns with the colors and forms of the Northern Lights. Each shelter incorporates skylights to maximize natural light and foster a strong connection to the outdoor sky, allowing guests to comfortably observe the auroras from within.
The main structure integrates several levels, with the ground floor dedicated to operational functions and the upper levels providing additional accommodation for staff, thus maintaining efficiency. The architectural plan emphasizes an organic flow throughout the property, facilitated by outdoor staircases that enhance circulation between spaces while keeping the design open and accessible.
Sustainable Material Use
Materiality plays a crucial role in this project, underscoring the commitment to sustainability. The choice of concrete provides durability and stability required for the structures, while strategically placed glass features enhance visibility and natural light. Wood elements in interior design introduce warmth and texture, contributing to the overall ambiance.
Additional materials include polypropylene used in the wall heating system, which supports energy efficiency, and various minerals for insulation to achieve thermal comfort. The integrated geothermal heating system harnesses local natural resources, showcasing a design approach that prioritizes environmental considerations without sacrificing comfort.
The Hiringi project illustrates a thoughtful architectural response to the Northern Icelandic landscape, blending functionality with aesthetic sensitivity. The combination of circular forms, strategic material choices, and environmental integration distinguishes this project from conventional accommodations. For further insights into the specifics of the architecture, including architectural plans, architectural sections, and unique architectural designs, explore the project presentation for deeper explorations into its innovative architectural ideas.
The architecture features a range of guest shelters shaped in circular forms, reflecting both aesthetic appeal and an ecological approach. Each unit, ranging from 23 to 29 square meters, is designed for flexibility, providing options for single and double accommodations. The structures are arranged to ensure unobstructed views of the night sky, enabling visitors to fully engage with the auroras while sheltered in a comfortable environment.
The main house serves as the central facility, offering amenities such as a restaurant, sauna, and communal areas, enhancing the social aspect of the stay. With careful attention paid to technical aspects, the project includes a geothermal heating system, aligning with sustainable practices and addressing the local climate demands.
Architecture and Design Elements
The project exemplifies a direct response to its environment through thoughtful architectural design. The circular shapes of the guest units create a cohesive visual narrative that aligns with the colors and forms of the Northern Lights. Each shelter incorporates skylights to maximize natural light and foster a strong connection to the outdoor sky, allowing guests to comfortably observe the auroras from within.
The main structure integrates several levels, with the ground floor dedicated to operational functions and the upper levels providing additional accommodation for staff, thus maintaining efficiency. The architectural plan emphasizes an organic flow throughout the property, facilitated by outdoor staircases that enhance circulation between spaces while keeping the design open and accessible.
Sustainable Material Use
Materiality plays a crucial role in this project, underscoring the commitment to sustainability. The choice of concrete provides durability and stability required for the structures, while strategically placed glass features enhance visibility and natural light. Wood elements in interior design introduce warmth and texture, contributing to the overall ambiance.
Additional materials include polypropylene used in the wall heating system, which supports energy efficiency, and various minerals for insulation to achieve thermal comfort. The integrated geothermal heating system harnesses local natural resources, showcasing a design approach that prioritizes environmental considerations without sacrificing comfort.
The Hiringi project illustrates a thoughtful architectural response to the Northern Icelandic landscape, blending functionality with aesthetic sensitivity. The combination of circular forms, strategic material choices, and environmental integration distinguishes this project from conventional accommodations. For further insights into the specifics of the architecture, including architectural plans, architectural sections, and unique architectural designs, explore the project presentation for deeper explorations into its innovative architectural ideas.
