Utilizing pneumatic membrane walls and advanced Kingspan insulation, this micro residence exemplifies a modern approach to efficient living while integrating seamlessly with its natural surroundings.
5 key facts about this project
01
Pneumatic walls adapt to climate variations, enhancing energy efficiency.
02
Kingspan insulation significantly reduces thermal bridging throughout the structure.
03
The design incorporates a rainwater harvesting system for sustainable water management.
04
Flexible interior spaces support a variety of living configurations.
05
Large glass openings ensure maximum natural light and outdoor connectivity.
General keywords
Project specific keywords
The S’more House is a contemporary residential project that exemplifies a thoughtful approach to sustainable architecture and efficient living. Located in a landscape that encourages integration with nature, the design focuses on providing comfort while minimizing environmental impact. The house is strategically positioned to maximize natural light and ventilation, enhancing the overall living experience.
The primary function of the S’more House is to serve as a micro-scale residence that accommodates essential living spaces. The open floor plan includes a living area, kitchen, bathroom, and sleeping area, designed to promote flow and versatility. The extensive use of glass allows for a strong visual connection to the surrounding environment, reinforcing the relationship between the indoor and outdoor spaces.
Innovative Material Choices
One of the defining features of the S’more House is its careful selection of materials, which balances aesthetics with sustainability. Key components include Kingspan Quadcore HXS1000W insulated roof panels, which provide superior thermal performance, and PVC coated polyester pneumatic membranes for walls that facilitate dynamic interactions with the environment. The use of timber mono trusses adds warmth and structural integrity to the design. Additionally, the house is equipped with Solatube tubular skylights to enhance daylight penetration, reducing the reliance on artificial lighting.
The incorporation of rainwater harvesting systems underscores the project's commitment to sustainability. This feature enables the collection and purification of rainwater, promoting self-sufficiency and reducing water waste. The design also leverages solar energy through strategically placed solar panels, showcasing an organized approach to resource management within the home.
Enhanced Spatial Interaction
The S’more House’s architectural design prioritizes outdoor integration, enhancing the user’s connection to the natural landscape. Large glass openings frame views of the surrounding environment and facilitate cross-ventilation, creating a naturally comfortable indoor climate. The pneumatic wall system is another unique aspect, allowing the structure to adapt to changing climate conditions by adjusting its form, thereby optimizing energy efficiency and user comfort.
In addition to creating a flexible living space, the design encourages community interaction. Common areas are intentionally designed to foster gatherings while respecting individual privacy, blending functionality with social engagement. The spatial arrangement not only reflects modern living needs but also emphasizes ecological sensitivity, promoting a lifestyle that respects and engages with the natural world.
For those interested in further exploring the unique aspects of the S’more House project, including architectural plans, architectural sections, and architectural designs, we encourage a detailed examination of the project presentation. Delving into these elements provides comprehensive insights into the architectural ideas that define this contemporary residence.
The primary function of the S’more House is to serve as a micro-scale residence that accommodates essential living spaces. The open floor plan includes a living area, kitchen, bathroom, and sleeping area, designed to promote flow and versatility. The extensive use of glass allows for a strong visual connection to the surrounding environment, reinforcing the relationship between the indoor and outdoor spaces.
Innovative Material Choices
One of the defining features of the S’more House is its careful selection of materials, which balances aesthetics with sustainability. Key components include Kingspan Quadcore HXS1000W insulated roof panels, which provide superior thermal performance, and PVC coated polyester pneumatic membranes for walls that facilitate dynamic interactions with the environment. The use of timber mono trusses adds warmth and structural integrity to the design. Additionally, the house is equipped with Solatube tubular skylights to enhance daylight penetration, reducing the reliance on artificial lighting.
The incorporation of rainwater harvesting systems underscores the project's commitment to sustainability. This feature enables the collection and purification of rainwater, promoting self-sufficiency and reducing water waste. The design also leverages solar energy through strategically placed solar panels, showcasing an organized approach to resource management within the home.
Enhanced Spatial Interaction
The S’more House’s architectural design prioritizes outdoor integration, enhancing the user’s connection to the natural landscape. Large glass openings frame views of the surrounding environment and facilitate cross-ventilation, creating a naturally comfortable indoor climate. The pneumatic wall system is another unique aspect, allowing the structure to adapt to changing climate conditions by adjusting its form, thereby optimizing energy efficiency and user comfort.
In addition to creating a flexible living space, the design encourages community interaction. Common areas are intentionally designed to foster gatherings while respecting individual privacy, blending functionality with social engagement. The spatial arrangement not only reflects modern living needs but also emphasizes ecological sensitivity, promoting a lifestyle that respects and engages with the natural world.
For those interested in further exploring the unique aspects of the S’more House project, including architectural plans, architectural sections, and architectural designs, we encourage a detailed examination of the project presentation. Delving into these elements provides comprehensive insights into the architectural ideas that define this contemporary residence.
