Utilizing cross-laminated timber and vertical geothermal wells, this resort seamlessly integrates sustainable practices within a stunning natural landscape, providing a contemporary retreat for skiing and recreation enthusiasts.
5 key facts about this project
01
Utilizes two vertical geothermal wells for energy self-sufficiency.
02
Incorporates a greenhouse for year-round sustainable food production.
03
Features a bent A-frame design to enhance structural stability and aesthetics.
04
Integrates extensive glass panels to maximize views of the surrounding landscape.
05
Employs charred wooden shingles for durability and a distinctive finish.
General keywords
The Uncanny Chalet is an architectural project located in Myvatn, Iceland. This ski resort is designed to operate as a Net-Zero facility, combining recreational tourism with sustainable energy solutions. It aims to integrate seamlessly into the natural landscape, emphasizing environmental stewardship while providing amenities for leisure and recreation.
The architectural design employs a contemporary aesthetic characterized by angular rooflines that reflect the mountain terrain. Extensive use of glass allows for panoramic views of the surrounding environment, creating a strong connection between the interior spaces and the natural landscape. The project is structured to maximize functionality, with designated areas for skiing, relaxation, and community interaction.
Unique Design Approaches
One of the defining features of the Uncanny Chalet is its focus on renewable energy. The incorporation of vertical geothermal wells, each extending 160 meters underground, extracts heat from the earth to maintain temperature within the resort. This method supports both heating and electricity generation, reducing reliance on non-renewable sources. Additionally, the project integrates a greenhouse that not only serves as a source of fresh produce but also enhances the indoor environment by introducing greenery, contributing to the overall ambiance.
Materiality plays a crucial role in the design. Cross-Laminated Timber (CLT) is utilized for primary structural elements, as it provides both strength and aesthetic warmth. Pressure-treated wood is featured in the facades, combining traditional Nordic construction techniques with modern design principles. The extensive use of glass further promotes natural light, creating inviting interior spaces while maximizing the views of the surrounding landscape.
Functional Layout
The design prioritizes zoning of spaces to enhance user experience. Areas for recreational facilities, such as ski rentals and warming rooms, are strategically separated from relaxation zones, where visitors can engage with nature and unwind. This zoning method encourages social interaction among guests while also providing the necessary amenities for a comfortable stay.
Water management is another key focus of the project, with systems in place to manage wastewater and collect rainwater for utilization within the resort. This hydrological planning aligns with the overall sustainability goals, ensuring minimal impact on local ecosystems.
The Uncanny Chalet blends modern architectural design with ecological responsibility. It represents a forward-thinking approach to tourism that values both environmental integrity and user comfort. Readers are encouraged to explore the architectural plans, sections, and designs of this project for deeper insights into its innovative ideas and processes.
The architectural design employs a contemporary aesthetic characterized by angular rooflines that reflect the mountain terrain. Extensive use of glass allows for panoramic views of the surrounding environment, creating a strong connection between the interior spaces and the natural landscape. The project is structured to maximize functionality, with designated areas for skiing, relaxation, and community interaction.
Unique Design Approaches
One of the defining features of the Uncanny Chalet is its focus on renewable energy. The incorporation of vertical geothermal wells, each extending 160 meters underground, extracts heat from the earth to maintain temperature within the resort. This method supports both heating and electricity generation, reducing reliance on non-renewable sources. Additionally, the project integrates a greenhouse that not only serves as a source of fresh produce but also enhances the indoor environment by introducing greenery, contributing to the overall ambiance.
Materiality plays a crucial role in the design. Cross-Laminated Timber (CLT) is utilized for primary structural elements, as it provides both strength and aesthetic warmth. Pressure-treated wood is featured in the facades, combining traditional Nordic construction techniques with modern design principles. The extensive use of glass further promotes natural light, creating inviting interior spaces while maximizing the views of the surrounding landscape.
Functional Layout
The design prioritizes zoning of spaces to enhance user experience. Areas for recreational facilities, such as ski rentals and warming rooms, are strategically separated from relaxation zones, where visitors can engage with nature and unwind. This zoning method encourages social interaction among guests while also providing the necessary amenities for a comfortable stay.
Water management is another key focus of the project, with systems in place to manage wastewater and collect rainwater for utilization within the resort. This hydrological planning aligns with the overall sustainability goals, ensuring minimal impact on local ecosystems.
The Uncanny Chalet blends modern architectural design with ecological responsibility. It represents a forward-thinking approach to tourism that values both environmental integrity and user comfort. Readers are encouraged to explore the architectural plans, sections, and designs of this project for deeper insights into its innovative ideas and processes.
