Constructed with charred wooden shingles and cross-laminated timber, this micro retreat minimizes environmental impact while offering a serene space for reflection and connection to nature.
5 key facts about this project
01
Constructed entirely from locally sourced materials to reduce carbon footprint.
02
Features a unique bent A-frame design that enhances structural stability and aesthetics.
03
Incorporates a solar chimney for passive ventilation and thermal comfort.
04
Utilizes a Canadian well system for natural climate control without energy input.
05
Includes a multifunctional outdoor terrace that extends the living space into nature.
General keywords
The microhome "Contemplation," located in La Hiruela, Spain, represents an architectural exploration of sustainability and intimacy with nature. This project emphasizes an eco-friendly approach through minimalism and local material use while facilitating a reflective lifestyle for its occupants. The design serves both as a residence and as a retreat for contemplation, promoting an engagement with the surrounding landscape.
The architectural design encompasses approximately 16.4 m², structured with a sloped roof that captures rainwater and allows for effective drainage, while simultaneously providing visual interest. Key elements include large glazed openings that ensure natural light and expansive views, connecting the indoor environment to the external landscape. The layout comprises a living area, sleeping quarters, a compact bathroom, entry zone, and a storage space, organized for functional efficiency without sacrificing comfort. The integration of a terrace extends the living space outdoors, enhancing interaction with the natural environment.
Unique design approaches characterize this project. The combination of local materials, such as indigenous wood and glass, enhances the building's sustainability while ensuring it harmonizes with its surroundings. The architectural methods employed enhance energy efficiency and promote an "off the grid" lifestyle. Features such as a solar chimney facilitate passive ventilation, while a biomass heating system integrates with the overall thermal design of the space. Additionally, the incorporation of a Canadian well leverages underground temperatures for climate control, maximizing energy independence.
This microhome's commitment to environmental considerations, combined with its simple yet effective layout, positions it as a model for future architectural projects focused on sustainability. By exploring various architectural designs, plans, and sections, potential users can gain comprehensive insights into the effectiveness of this thoughtful approach to living in collaboration with nature. Interested readers are encouraged to review the project presentation details for a more in-depth understanding of its design outcomes and innovative solutions.
The architectural design encompasses approximately 16.4 m², structured with a sloped roof that captures rainwater and allows for effective drainage, while simultaneously providing visual interest. Key elements include large glazed openings that ensure natural light and expansive views, connecting the indoor environment to the external landscape. The layout comprises a living area, sleeping quarters, a compact bathroom, entry zone, and a storage space, organized for functional efficiency without sacrificing comfort. The integration of a terrace extends the living space outdoors, enhancing interaction with the natural environment.
Unique design approaches characterize this project. The combination of local materials, such as indigenous wood and glass, enhances the building's sustainability while ensuring it harmonizes with its surroundings. The architectural methods employed enhance energy efficiency and promote an "off the grid" lifestyle. Features such as a solar chimney facilitate passive ventilation, while a biomass heating system integrates with the overall thermal design of the space. Additionally, the incorporation of a Canadian well leverages underground temperatures for climate control, maximizing energy independence.
This microhome's commitment to environmental considerations, combined with its simple yet effective layout, positions it as a model for future architectural projects focused on sustainability. By exploring various architectural designs, plans, and sections, potential users can gain comprehensive insights into the effectiveness of this thoughtful approach to living in collaboration with nature. Interested readers are encouraged to review the project presentation details for a more in-depth understanding of its design outcomes and innovative solutions.
