Incorporating charred wooden shingles and plywood, this compact dwelling utilizes an off-grid energy system to provide sustainable living solutions in an urban setting.
5 key facts about this project
01
Incorporates charred wooden shingles for enhanced durability and weather resistance.
02
Utilizes cross-laminated timber panels for structural strength while minimizing weight.
03
Features a bent A-frame design to optimize space and enhance natural light.
04
Equipped with a greywater recycling system to support environmentally conscious living.
05
Operates off-grid, generating energy through integrated solar panel systems.
General keywords
Project specific keywords
The Passive Tiny Home is an architectural project located in Munich, Germany, designed to address the increasing demand for affordable housing in urban environments. This project embodies the principles of sustainable design by incorporating elements that minimize environmental impact while maximizing utility and comfort. The home serves as a prototype for compact living, combining energy efficiency with modern aesthetics.
The primary function of the Passive Tiny Home is to provide a livable space for individuals or couples. Its design focuses on maximizing space efficiency through an open-plan layout that seamlessly connects living, kitchen, and sleeping areas. This arrangement fosters flexibility and adaptability, allowing residents to utilize the space according to their needs. The project emphasizes functionality without compromising comfort, showcasing how thoughtful design can enhance everyday living experiences.
The Passive Tiny Home features several unique design approaches that distinguish it from other compact living solutions. First, the use of durable and sustainable materials such as concrete, plywood, and mineral wool insulation sets a strong foundation for the structure. The roof incorporates a steel cover and photovoltaic solar panels, which allow the home to generate its own energy, supporting its off-grid capabilities.
Another distinctive aspect of the design is the integration of natural light and air circulation. Strategically placed windows and folding doors create a connection between indoor and outdoor environments. This not only enhances the living experience but also reduces reliance on artificial lighting and mechanical ventilation. The project also includes a rainwater collection system and greywater recycling system, further promoting water conservation and sustainable living practices.
Additionally, the interior spaces are designed with multifunctionality in mind. Built-in cabinetry and clever storage solutions optimize available space, ensuring that residents have sufficient room for belongings without cluttering the living area. The selection of finishes, including concrete tiles for flooring and drywall for ceilings, supports both aesthetic coherence and practicality.
The Passive Tiny Home serves as a model for future architectural designs aimed at addressing housing challenges in densely populated regions. By marrying sustainability with innovative design solutions, the project exemplifies how architecture can contribute to more efficient and responsible living.
For further insights into this project, including architectural plans, sections, and designs, explore the comprehensive presentation of the Passive Tiny Home to gain a deeper understanding of its architectural ideas and implications for modern living.
The primary function of the Passive Tiny Home is to provide a livable space for individuals or couples. Its design focuses on maximizing space efficiency through an open-plan layout that seamlessly connects living, kitchen, and sleeping areas. This arrangement fosters flexibility and adaptability, allowing residents to utilize the space according to their needs. The project emphasizes functionality without compromising comfort, showcasing how thoughtful design can enhance everyday living experiences.
The Passive Tiny Home features several unique design approaches that distinguish it from other compact living solutions. First, the use of durable and sustainable materials such as concrete, plywood, and mineral wool insulation sets a strong foundation for the structure. The roof incorporates a steel cover and photovoltaic solar panels, which allow the home to generate its own energy, supporting its off-grid capabilities.
Another distinctive aspect of the design is the integration of natural light and air circulation. Strategically placed windows and folding doors create a connection between indoor and outdoor environments. This not only enhances the living experience but also reduces reliance on artificial lighting and mechanical ventilation. The project also includes a rainwater collection system and greywater recycling system, further promoting water conservation and sustainable living practices.
Additionally, the interior spaces are designed with multifunctionality in mind. Built-in cabinetry and clever storage solutions optimize available space, ensuring that residents have sufficient room for belongings without cluttering the living area. The selection of finishes, including concrete tiles for flooring and drywall for ceilings, supports both aesthetic coherence and practicality.
The Passive Tiny Home serves as a model for future architectural designs aimed at addressing housing challenges in densely populated regions. By marrying sustainability with innovative design solutions, the project exemplifies how architecture can contribute to more efficient and responsible living.
For further insights into this project, including architectural plans, sections, and designs, explore the comprehensive presentation of the Passive Tiny Home to gain a deeper understanding of its architectural ideas and implications for modern living.
