Utilizing cross-laminated timber panels and charred shingles, the design creates a compact, off-grid living space that seamlessly integrates with its natural surroundings.
5 key facts about this project
01
Built using cross-laminated timber panels for structural efficiency and insulation.
02
Incorporates charred wooden shingles for enhanced durability and fire resistance.
03
Features a bent A-frame design to optimize solar orientation and natural light.
04
Designed with modular elements to allow for flexible spatial configurations.
05
Includes integrated solar panels for a self-sufficient energy solution.
General keywords
The project is an architectural design for a tiny house situated in the Desfiladero de los Gaitanes Natural Park. This design is centered around the concept of off-grid living, reflecting a commitment to sustainability and minimalism. The structure demonstrates efficient use of space, innovative design solutions, and a thorough consideration of the surrounding environment. The design is characterized by its angular geometry, which not only enhances aesthetics but also optimizes functional aspects such as natural light and energy efficiency.
The primary function of the tiny house is to provide a compact, self-sufficient living space that encourages connection with nature. Thoughtful planning has resulted in designated areas for cooking, sleeping, and social interaction, all while maximizing views of the surrounding landscape. The integration of large windows fosters a seamless transition between indoor and outdoor environments, enhancing the overall living experience.
The use of natural materials, including wooden pine for the façade and interior finishes, aligns with ecological principles, ensuring a warm yet durable exterior. The presence of glass throughout the design serves not only as a visual connector to the landscape but also contributes to passive solar heating, reducing the dependency on artificial lighting. The incorporation of solar panels signifies a clear commitment to sustainable energy practices, allowing for a completely off-grid lifestyle.
Unique design elements include a modular layout that offers flexibility in living arrangements, accommodating individual preferences and seasonal changes. The angular design facilitates optimal solar orientation while promoting natural ventilation. Additionally, the structure includes outdoor spaces such as terraces that encourage outdoor living, further integrating the dwelling with its scenic surroundings.
Sustainability is reinforced not only through material selection but also in the overall approach to energy efficiency and minimal ecological impact. The project's design speaks to a growing trend in architecture that prioritizes environmental responsibility alongside modern living standards.
For those interested in exploring further, a detailed look at the architectural plans, sections, designs, and ideas will provide valuable insights into the various aspects that define this unique architectural project.
The primary function of the tiny house is to provide a compact, self-sufficient living space that encourages connection with nature. Thoughtful planning has resulted in designated areas for cooking, sleeping, and social interaction, all while maximizing views of the surrounding landscape. The integration of large windows fosters a seamless transition between indoor and outdoor environments, enhancing the overall living experience.
The use of natural materials, including wooden pine for the façade and interior finishes, aligns with ecological principles, ensuring a warm yet durable exterior. The presence of glass throughout the design serves not only as a visual connector to the landscape but also contributes to passive solar heating, reducing the dependency on artificial lighting. The incorporation of solar panels signifies a clear commitment to sustainable energy practices, allowing for a completely off-grid lifestyle.
Unique design elements include a modular layout that offers flexibility in living arrangements, accommodating individual preferences and seasonal changes. The angular design facilitates optimal solar orientation while promoting natural ventilation. Additionally, the structure includes outdoor spaces such as terraces that encourage outdoor living, further integrating the dwelling with its scenic surroundings.
Sustainability is reinforced not only through material selection but also in the overall approach to energy efficiency and minimal ecological impact. The project's design speaks to a growing trend in architecture that prioritizes environmental responsibility alongside modern living standards.
For those interested in exploring further, a detailed look at the architectural plans, sections, designs, and ideas will provide valuable insights into the various aspects that define this unique architectural project.
