The proposal for a microhome explores sustainable living by incorporating natural thermal waters into its design. Situated in the Ñuble region of Chile, specifically in Termas de Chillán, the dwelling aims to provide a comfortable environment while reaping the ecological benefits of its location. By autonomously regulating temperature with geothermal resources, the home addresses modern housing needs while promoting a connection to nature.

Design Concept

The design employs a radial system that utilizes local thermal water for temperature control. This method ensures a warm indoor climate, essential for comfort during cooler months. With its focus on health, the design allows occupants to take advantage of the therapeutic qualities of thermal water.

Modularity

The microhome features a modular configuration that promotes personalization and flexibility for residents. This adaptability means that layouts can be adjusted to meet specific needs. The ability to customize living spaces speaks to contemporary preferences for individualized, functional environments.

Resource Management

Resource management is a key aspect of the design, with clean water sourced from nearby rivers. This water is used for drinking and sanitation, while also powering a small turbine in each module, enhancing energy efficiency. Additionally, the project includes a method for gray water management, storing wastewater in underground containers. This approach reflects a commitment to sustainability throughout the life of the home.

Connection to Landscape

The addition of outdoor terraces strengthens the relationship between residents and the natural landscape. These terraces serve as extensions of the living space, offering areas for relaxation and engagement with the surroundings. Designed to blend into the environment, they enhance both the aesthetic and functional aspects of the home.

Large windows allow natural light to pour into the interior, bringing warmth and a sense of openness. They frame the views of the lush landscape, reinforcing the bond between indoor and outdoor spaces.