Crafted from recycled polyurethane and shaped as a hexagonal structure, this dwelling emphasizes energy efficiency and sustainable living through innovative design elements and materials, serving as a modern residential space.
5 key facts about this project
01
Crafted entirely from recycled polyurethane, reducing environmental impact.
02
Features a hexagonal design that maximizes interior space and functionality.
03
Incorporates a folding roof canopy for efficient system access and energy management.
04
Utilizes cross-laminated timber panels for structural integrity and insulation.
05
Employs dual heat pumps and solar panels for off-grid energy independence.
General keywords
Project specific keywords
The Purman Home represents a notable endeavor in sustainable architecture, emphasizing efficient design and minimal environmental impact. This residential project is located within a natural landscape, embodying a commitment to ecological harmony while providing functional living spaces. The architectural approach prioritizes versatility, creating an adaptive environment through well-planned spatial arrangements and material selections.
The project aims to redefine tiny living, where every element serves a purpose while addressing contemporary living standards. Utilizing a hexagonal structure, the design facilitates optimal space utilization, enhancing both the aesthetic and functional aspects. The home incorporates a range of advanced technologies that support off-grid living, making it suitable for those seeking sustainable alternatives.
Innovative Material Use
The Purman Home differentiates itself through the strategic use of recycled materials. All structural components include Purman Recycled Polyurethane (PU) Rigid Foam and Structural Insulated Panels (SIPs) crafted from 100% recycled PU, emphasizing a circular economy in building practices. The façade features Kingspan Troldtekt natural wood panels, providing both insulation and aesthetic value. This careful selection of materials aligns with sustainable design principles, significantly reducing the project's carbon footprint.
The design also incorporates a folding roof canopy, which is both a functional and aesthetic feature. This element facilitates easy access to mechanical systems while contributing to overall energy efficiency. The internal layout prioritizes flexibility, allowing for a variety of uses and promoting an interactive living experience. Each space within the home is designed with intentionality, making use of natural light and ventilation to enhance comfort and livability.
Advanced Energy Solutions
Within its architectural framework, the Purman Home integrates advanced energy solutions that support a self-sufficient lifestyle. A solar panel system enhances energy generation capabilities, supported by dual heat pumps for efficient climate control. Water management systems are also a critical component, utilizing rainwater harvesting and advanced wastewater treatment techniques. These features collectively foster an environmentally friendly living experience while ensuring modern conveniences.
The architectural design merges functionality with eco-conscious values, culminating in a residence that meets the demands of contemporary living while respecting the environment. To better understand the details of the architectural plans, sections, and design ideas that contribute to the Purman Home, exploring the project presentation will provide valuable insights.
The project aims to redefine tiny living, where every element serves a purpose while addressing contemporary living standards. Utilizing a hexagonal structure, the design facilitates optimal space utilization, enhancing both the aesthetic and functional aspects. The home incorporates a range of advanced technologies that support off-grid living, making it suitable for those seeking sustainable alternatives.
Innovative Material Use
The Purman Home differentiates itself through the strategic use of recycled materials. All structural components include Purman Recycled Polyurethane (PU) Rigid Foam and Structural Insulated Panels (SIPs) crafted from 100% recycled PU, emphasizing a circular economy in building practices. The façade features Kingspan Troldtekt natural wood panels, providing both insulation and aesthetic value. This careful selection of materials aligns with sustainable design principles, significantly reducing the project's carbon footprint.
The design also incorporates a folding roof canopy, which is both a functional and aesthetic feature. This element facilitates easy access to mechanical systems while contributing to overall energy efficiency. The internal layout prioritizes flexibility, allowing for a variety of uses and promoting an interactive living experience. Each space within the home is designed with intentionality, making use of natural light and ventilation to enhance comfort and livability.
Advanced Energy Solutions
Within its architectural framework, the Purman Home integrates advanced energy solutions that support a self-sufficient lifestyle. A solar panel system enhances energy generation capabilities, supported by dual heat pumps for efficient climate control. Water management systems are also a critical component, utilizing rainwater harvesting and advanced wastewater treatment techniques. These features collectively foster an environmentally friendly living experience while ensuring modern conveniences.
The architectural design merges functionality with eco-conscious values, culminating in a residence that meets the demands of contemporary living while respecting the environment. To better understand the details of the architectural plans, sections, and design ideas that contribute to the Purman Home, exploring the project presentation will provide valuable insights.
