The design at Hverfjall focuses on geothermal energy production within Iceland’s Northern Volcanic Zone. This area is home to 130 active and dormant volcanoes, creating a unique landscape filled with geothermal activity. The approach is centered around not only harnessing renewable energy but also enhancing the educational aspect of geothermal processes. The aim is to integrate the built environment with natural features, encouraging a deeper understanding of the powerful energy systems present in this region.

Geothermal Energy Production

A vertical geothermal extraction system plays a central role in the design. Located 200 meters below Hverfjall, this system efficiently captures heat from the Earth. The energy produced supports heating and electricity needs, highlighting the region’s significance as a renewable energy source. In fact, nearly 90% of Icelanders rely on geothermal energy. The project showcases how architecture can directly support sustainable practices while utilizing local resources.

Visitor Experience

The Heat Zone lookout is designed as a focal point for visitor interaction. This space is oriented to provide wide views of the surroundings, allowing people to connect with the geothermal phenomena. The design encourages visitors to actively engage with the environment. Optimal viewing times, especially to witness the Northern Lights from October to April, enhance this connection with nature. The experience is crafted to make visitors feel closer to the geothermal processes at work.

Structural Integration

Central to the design is a perforated steel platform that facilitates heat escape. This component connects the structure to the landscape while performing a practical function. The use of steel offers durability and supports the creation of varied forms that reflect the site’s topography. The platform integrates the building with its environment, providing an aesthetic appeal that echoes the natural features around it.

Educational Narrative

An essential goal of the design is to educate visitors about the relationship between human actions and natural forces. By making geothermal systems visible and understandable, the project fosters an appreciation for the geological processes that shape the landscape. The thoughtful integration of structures invites people to explore and learn about energy systems, making the experience enriching and insightful.

The design details, including the heat escape platform, invite exploration and reflection. This platform creates a tangible link to the geothermal landscape, encouraging a sense of connection with the forces of nature that are integral to the site.