Architecture project // Sheep Wool Insulation and Aluminum Elevation Integrate with Iceland’s Volcanic Landscape for Sustainable Living

Sheep Wool Insulation and Aluminum Elevation Integrate with Iceland’s Volcanic Landscape for Sustainable Living

Authors:

Maren Kühn, Morten Gisselbaek

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

Elevated on stilts to minimize environmental impact on the volcanic terrain.

Utilizes locally sourced sheep wool for insulation to enhance thermal performance.

Features large glass facades to maximize natural light and outdoor visibility.

Incorporates geothermal heating systems for energy-efficient climate control.

Design includes modular elements allowing for future adaptability and expansion.

General keywords

iceland residential sustainable geothermal elevation community insulation local materials natural landscape compact living

Project specific keywords

aluminum sheep wool hot springs modular design volcanic terrain spatial efficiency indigenous materials geothermal heating transparency communal space

## Project Overview

Located in Iceland, the HRAUN project aims to create a comfortable and ecologically sensitive space that allows visitors to engage with the unique Icelandic landscape, known for its geothermal hot springs and dramatic geological features. This design incorporates elements of traditional Icelandic architecture, specifically inspired by Viking longhouses, to address modern requirements while paying homage to historical context. The elongated form of the building enhances connections to the surrounding environment, providing expansive views from various vantage points.

## Integration with Landscape

Elevated on stilts, the structure minimizes disruption to the rugged terrain, allowing it to coexist with the volcanic landscape. This elevation not only reduces the ecological impact but also optimizes acoustics and thermal dynamics within the building. Large, transparent facades promote natural light and connection with the outdoors, fostering an immersive experience for occupants. The modular design facilitates future alterations and expansions, adapting to the evolving needs of its visitors.

## Material and Environmental Strategy

The material selection reflects a commitment to sustainability and ecological responsibility. The use of aluminum for the structural framework ensures durability while maintaining a lightweight quality suitable for the challenging Icelandic climate. Local sheep wool serves as insulation, effectively managing internal temperatures and reducing energy demands. Geothermal energy systems harness the abundant local resource, providing heating and hot water, and reinforcing the project's eco-friendly approach. The careful application of locally-sourced materials minimizes transportation emissions, supporting regional economies and enhancing the overall sustainability of the design.

The interior layout is organized to accommodate communal interactions and promote flexibility. Spaces such as the living and dining area are designed for social gatherings, while intimate sleeping quarters provide comfort through practicality. Dedicated technical areas ensure that the main living spaces remain functional and uncluttered, further emphasizing the thoughtful consideration of user experience throughout the design.