Utilizing cross-laminated timber and aerogel insulation, this compact micro home exemplifies sustainable living while providing an efficient and functional retreat in a natural setting.
5 key facts about this project
01
Utilizes aerogel insulation, enhancing energy efficiency with minimal thickness.
02
Incorporates recycled wood in interior finishes, promoting sustainability.
03
Features a bent A-frame design that maximizes interior space and natural light.
04
Employs a rainwater harvesting system for improved sustainability and resource management.
05
Integrates a grey water recycling system for eco-friendly water usage.
General keywords
Project specific keywords
The Solstice Cabin is a compact architectural project designed with a focus on sustainability and minimalism. This microhome spans 25 m² and is set in a natural environment, serving as both a functional living space and a contemplative retreat. The design embodies a philosophy of balance and harmony, integrating seamlessly with its surroundings while offering modern conveniences.
Sustainability is at the core of the design approach for the Solstice Cabin. The use of cross-laminated timber (CLT) forms the structural framework, providing strength along with thermal and acoustic insulation. This material is renewable, aligning with the project’s ecological focus. The walls are insulated with aerogel, a highly efficient material known for superior thermal properties, which enables the design to maintain a comfortable internal environment with minimal energy usage. The selection of recycled wood for interior finishes adds an element of warmth and character while promoting the reuse of materials.
One of the unique aspects of the Solstice Cabin is its integration of passive solar design principles. The large windows and skylights facilitate natural light penetration, reducing reliance on artificial lighting. Additionally, the cabin incorporates a rainwater harvesting and filtration system, which enhances its sustainability by addressing water usage in a resource-efficient manner. A grey water recycling system further supports the project’s commitment to eco-friendly practices.
Interior functionality has been meticulously planned within the limited footprint. The spatial layout includes a living/dining area that maximizes social interaction, a compact kitchen designed for efficiency, and a bedroom that opens to a small balcony, blurring the lines between indoor and outdoor living. By facilitating a cohesive flow between these elements, the design promotes an engaging and comforting residential experience.
Notably, the Solstice Cabin distinguishes itself through its emphasis on modularity and flexibility. The design allows for potential expansions or modifications, enabling occupants to adapt the space to their evolving needs. This modularity, combined with a conscious selection of materials, positions the project within a contemporary architectural dialogue concerning sustainable living.
The Solstice Cabin’s architectural plans, sections, and overall design showcase innovative solutions to modern housing challenges. The project illustrates how thoughtful design can result in highly functional spaces without compromising environmental integrity. For a deeper understanding of this architectural endeavor, exploring the architectural plans and various sections will provide greater insights into the design strategies employed.
Sustainability is at the core of the design approach for the Solstice Cabin. The use of cross-laminated timber (CLT) forms the structural framework, providing strength along with thermal and acoustic insulation. This material is renewable, aligning with the project’s ecological focus. The walls are insulated with aerogel, a highly efficient material known for superior thermal properties, which enables the design to maintain a comfortable internal environment with minimal energy usage. The selection of recycled wood for interior finishes adds an element of warmth and character while promoting the reuse of materials.
One of the unique aspects of the Solstice Cabin is its integration of passive solar design principles. The large windows and skylights facilitate natural light penetration, reducing reliance on artificial lighting. Additionally, the cabin incorporates a rainwater harvesting and filtration system, which enhances its sustainability by addressing water usage in a resource-efficient manner. A grey water recycling system further supports the project’s commitment to eco-friendly practices.
Interior functionality has been meticulously planned within the limited footprint. The spatial layout includes a living/dining area that maximizes social interaction, a compact kitchen designed for efficiency, and a bedroom that opens to a small balcony, blurring the lines between indoor and outdoor living. By facilitating a cohesive flow between these elements, the design promotes an engaging and comforting residential experience.
Notably, the Solstice Cabin distinguishes itself through its emphasis on modularity and flexibility. The design allows for potential expansions or modifications, enabling occupants to adapt the space to their evolving needs. This modularity, combined with a conscious selection of materials, positions the project within a contemporary architectural dialogue concerning sustainable living.
The Solstice Cabin’s architectural plans, sections, and overall design showcase innovative solutions to modern housing challenges. The project illustrates how thoughtful design can result in highly functional spaces without compromising environmental integrity. For a deeper understanding of this architectural endeavor, exploring the architectural plans and various sections will provide greater insights into the design strategies employed.
