The Cloud Tower is a carefully designed structure set in a volcanic landscape, serving as an observatory and a landmark. It combines essential functions in one building while aiming to limit its impact on the environment. Positioned at the junction of existing pathways and parking areas, the tower connects with the natural terrain and enhances visitor access.

Integration of Modular Systems

The design makes use of a modular system to improve functionality and flexibility. Modules are placed along designated paths, accommodating various services based on user needs. Visitors enter the tower and are guided through a circulation route that provides filtered views of the surroundings. This experience leads to a viewing platform offering broad vistas of the impressive landscape.

Sustainability Features

A notable aspect of the Cloud Tower is the cloud fisher system, which is designed to capture moisture from the atmosphere. This feature contributes to the building's sustainability and changes its appearance with the seasons. Specific surfaces are engineered to attract moisture, directing it into storage tanks, while the net's density is optimized to perform well against wind conditions.

Material Considerations

The structure utilizes laminated wood for its framework, which promotes efficiency and sustainability. Rock wool insulation enhances thermal performance, an important factor in this specific environment. The design also includes double thermo-formed polycarbonate for circular openings, which allows natural light to enter while framing views of the surrounding area. PDM gaskets provide airtight seals around these openings, contributing to energy efficiency.

Geothermal Systems

The tower includes geothermal energy systems to meet heating and electricity needs. This aspect reinforces the goal of energy independence. Electrical and water systems are integrated throughout the building's core, showcasing how different systems can work together in a sustainable manner.

The observation platform at the Cloud Tower extends outward, providing clear, panoramic views. This design encourages visitors to connect with the vast volcanic landscape and enjoy the changing scenery from a unique vantage point.