Architecturally, the use of angular and interlocking forms depict the idea of struggle, but also integrate seamlessly into the existing natural topography. The lower part being more grounded with sturdy appearance, while the upper part is more streamlined and elevated, symbolizing ascendance. This configuration responds directly to the program needs, as the lower structure houses the ski plower garage, equipment storage, and other immediate spaces such as lockers, changing rooms, and bathrooms. The top structure houses the interactive info point and the indoor resting space which in particular requires the best views.
Additionally, the positioning of the upper structure takes full advantage of the most active view by providing a directional view of the ski slope, this serves as a practical purpose and also creates a sense of belonging to that specific slope and the activity of skiing. This connection is further reinforced by the top structure’s white concrete color. This approach not only makes the ski cabin architecturally unique but also tells a story deeply rooted in Icelandic cultural heritage.
The spatial flow of the cabin, specifically the bottom-top program arrangement, along with the integrated ramp circulation and the in-built features such as seating, ski racks, and equipment tuning station allows a maximum flow and ease to the skiers as they are first relieved of their equipment and follow the circulation to the rest space at the top while making stops at lockers/bathrooms and info point. The dynamic ramp circulation can be considered as an extension of the sport and the natural surrounding topography, resulting in a familiar experience for the skiers.
The design has been optimized for snow water collection during the snow seasons in order to provide water in a self sustaining way, year around. The integrated electric snow melt system consists of a 3 part operation. Once the snow plower deposits snow into the appropriate compartments, the heated slab melts the snow and transfers the water into both a non-potable tank for radiant heating purposes enabled by a heat pump, and a potable water tank for drinking and daily operational usage. The indoor spaces have been combined into two main enclosed rooms for a more efficient and focused radiant floor heating for energy saving purposes. Liquid and solid waste from bathrooms would be accumulated into a septic tank during cold seasons. After contaminants and liquid waste have been broken down by bacteria in the septic tank, it will then flow into the leach field system. As liquid travels through the leach field pipes, it will seep into the ground below and be naturally filtered by the soil.