Constructed with traditional turf walls and designed to leverage geothermal heating, the shelter offers a sustainable accommodation solution for eco-tourism within Iceland's unique landscape.
5 key facts about this project
01
Constructed with traditional turf walls for enhanced insulation and environmental integration.
02
Incorporates geothermal heating systems to promote energy efficiency and reduce fossil fuel reliance.
03
Utilizes cross-laminated timber panels for structural strength and design flexibility.
04
Features large windows that maximize natural light and provide panoramic views of the landscape.
05
Promotes communal living spaces that foster interaction among guests while ensuring privacy in dormitory areas.
General keywords
The architectural project "Tourf" is designed as an eco-friendly shelter, supporting eco-tourism in Iceland's diverse landscape. With a capacity to accommodate 10 to 12 guests, the project emphasizes sustainability, energy efficiency, and community throughout its design. The structure aims to harmonize with the surrounding environment while providing essential amenities and a comfortable atmosphere for visitors.
Unique Architectural Features
The use of traditional turf for exterior walls is a defining characteristic of Tourf, reflecting Iceland's historical architectural heritage while enhancing the building's thermal performance. The turf not only serves as insulation but also integrates the structure into the natural landscape, minimizing visual disruption. Additionally, the project utilizes a combination of engineered materials, such as glulam timber for the roof and floor systems, and stone for foundational support. These materials allow for large open spaces, which are essential for communal activities.
Every aspect of the design supports functionality. The central communal area features ample seating and an open kitchen, encouraging interaction among visitors. Private dormitory spaces are efficient, utilizing a combination of ground-level and mezzanine sleeping arrangements to maximize usable area. The layout is intentionally oriented to optimize natural light and views of the dramatic Icelandic scenery, further enhancing the guest experience.
Sustainable Design Strategies
Tourf also integrates advanced sustainable design strategies. It incorporates geothermal heating and rainwater harvesting systems to reduce reliance on non-renewable energy sources. The careful positioning of windows serves to provide natural ventilation and passive heating, contributing to overall energy efficiency. The project also employs concrete pillars for structural support, ensuring durability against extreme weather conditions typical of the region.
The architectural plans reflect an appreciation for traditional materials, while the design sections illustrate the innovative use of space that fosters both private and communal experiences. The seamless blend of traditional Icelandic building techniques and contemporary architectural practices positions Tourf as a relevant and responsible approach to modern construction.
To explore further insights into the architectural plans, sections, and designs of Tourf, readers are encouraged to delve into the project's presentation for a comprehensive understanding of its architectural ideas and implementation.
Unique Architectural Features
The use of traditional turf for exterior walls is a defining characteristic of Tourf, reflecting Iceland's historical architectural heritage while enhancing the building's thermal performance. The turf not only serves as insulation but also integrates the structure into the natural landscape, minimizing visual disruption. Additionally, the project utilizes a combination of engineered materials, such as glulam timber for the roof and floor systems, and stone for foundational support. These materials allow for large open spaces, which are essential for communal activities.
Every aspect of the design supports functionality. The central communal area features ample seating and an open kitchen, encouraging interaction among visitors. Private dormitory spaces are efficient, utilizing a combination of ground-level and mezzanine sleeping arrangements to maximize usable area. The layout is intentionally oriented to optimize natural light and views of the dramatic Icelandic scenery, further enhancing the guest experience.
Sustainable Design Strategies
Tourf also integrates advanced sustainable design strategies. It incorporates geothermal heating and rainwater harvesting systems to reduce reliance on non-renewable energy sources. The careful positioning of windows serves to provide natural ventilation and passive heating, contributing to overall energy efficiency. The project also employs concrete pillars for structural support, ensuring durability against extreme weather conditions typical of the region.
The architectural plans reflect an appreciation for traditional materials, while the design sections illustrate the innovative use of space that fosters both private and communal experiences. The seamless blend of traditional Icelandic building techniques and contemporary architectural practices positions Tourf as a relevant and responsible approach to modern construction.
To explore further insights into the architectural plans, sections, and designs of Tourf, readers are encouraged to delve into the project's presentation for a comprehensive understanding of its architectural ideas and implementation.
