Architecture project // Charred Wooden Shingles and Multi-Layer Panels Form Sustainable Lodging for Northern Lights Observers

Charred Wooden Shingles and Multi-Layer Panels Form Sustainable Lodging for Northern Lights Observers

Authors:

Anna Muratova, Vitalii Shabinskii

Constructed with charred wooden shingles and multi-layer insulated panels, the facility offers an eco-conscious retreat designed for optimal Northern Lights observations.

5 key facts about this project

Constructed with charred wooden shingles for enhanced weather resistance.

Incorporates multi-layer insulated panels for superior thermal performance.

Features panoramic windows designed for optimal Northern Lights viewing.

Utilizes a bent A-frame design to blend with the surrounding landscape.

Modular guest units allow for adjustable configurations based on occupancy.

General keywords

iceland accommodation northern lights hospitality sustainability guesthouse modular lake eco-friendly landscape

Project specific keywords

multi-layer panels solar heating wood cladding panoramic views modular units thermal efficiency icelandic landscape guest experience natural light sustainable materials

The project focuses on a facility designed for viewing the Northern Lights, located near Mývatn Lake in Iceland. The architectural design integrates accommodation with an immersive experience in nature, catering specifically to visitors seeking to observe this natural phenomenon. The layout comprises a main building that hosts various functions alongside modular guest units, creating a cohesive space that respects the surrounding environment.

Modular Guest Accommodation and Main Building Integration

The guest accommodations are strategically placed to ensure optimal views of the Northern Lights. Each module accommodates 2 to 4 guests and features flexible arrangements, reflecting a functional approach tailored to varying occupancy needs. The main building serves as the heart of the facility, housing essential amenities such as a lobby, reception area, dining rooms, and staff suites. Large windows are a defining characteristic of the main building, allowing guests to engage with the scenery while providing natural lighting throughout the spaces.

Sustainability and Material Selection

The project incorporates sustainable architecture principles, utilizing materials that reduce environmental impact. Wood frame construction and multi-layer insulated panels provide thermal efficiency and structural integrity. The use of glass in the facade enhances visibility while maintaining energy efficiency. Roof-mounted solar panels contribute to energy needs, reflecting an overarching commitment to sustainable practices. This approach not only minimizes the ecological footprint but also harmonizes with the natural surroundings, creating a seamless integration of built and natural environments.

For more detailed insights into the architectural design, including plans, sections, and innovative design ideas, readers are encouraged to explore the architectural presentation of this project. Understanding the specific design choices and their implications can reveal deeper insights into both the functionality and the aesthetic intentions behind this unique facility.