Crafted from locally sourced pine and equipped with a Tesla Solar Roof, this compact residence integrates advanced thermal insulation and natural light maximization, providing an efficient living and research space for a zoologist couple in Kumrat Valley.
5 key facts about this project
01
Constructed with locally sourced pine, enhancing sustainability.
02
Incorporates a Tesla Solar Roof for autonomous energy generation.
03
Features an innovative bent A-frame design for optimal space use.
04
Utilizes cross-laminated timber panels for structural integrity and insulation.
05
Strategically placed large windows maximize natural light and views.
General keywords
Project specific keywords
The Zolo House is a micro-residential architectural project situated in Kumrat Valley, Pakistan, designed specifically for a couple of zoologists. The project occupies a footprint of 25 square meters, emphasizing sustainable living through efficient use of space and local resources. The structure integrates seamlessly with the natural environment, reflecting a commitment to ecological integrity while providing essential living functions for its occupants.
The primary function of the Zolo House is to serve as a comfortable living and working space for its inhabitants, supporting their research activities. The home includes well-defined areas such as a kitchen, bathroom, and workspace. The design prioritizes functionality, allowing for effective use of limited space, while simultaneously fostering a connection to the surrounding landscape.
Sustainable Material Use and Design Integration
The Zolo House distinguishes itself through its integration of locally sourced materials. The extensive use of pine wood and stone not only aligns the structure with its environment but also reduces transportation costs and carbon footprint. The strategic incorporation of a Tesla Solar Roof enhances energy efficiency, allowing the house to function autonomously. Additionally, Kingspan Lumera Ventilators and QuadCore Insulated Roof Panels were selected for their strong thermal performance, optimizing the internal climate and further reducing energy consumption.
Architectural Elements and Spatial Organization
Attention to the spatial organization is evident in the Zolo House. The design incorporates a lofted bed, optimizing vertical space and providing additional storage solutions without compromising the living area. Large windows and glass doors facilitate ample natural light, improving the overall comfort of the home while enhancing visual connectivity with the outdoors. Each space is methodically planned to provide a clear function while maintaining an open flow, crucial for a small footprint.
The design demonstrates innovative approaches by addressing the needs of remote living. The efficient layout allows the couple to engage with their research while ensuring adequate comfort. Features like multifunctional spaces and natural materials contribute to a harmonious living experience, demonstrating that combining efficiency with sustainability can lead to effective design outcomes.
For a more comprehensive understanding of the Zolo House project, including architectural plans, sections, and details, readers are encouraged to explore the project presentation further for a deeper insight into its architectural designs and ideas.
The primary function of the Zolo House is to serve as a comfortable living and working space for its inhabitants, supporting their research activities. The home includes well-defined areas such as a kitchen, bathroom, and workspace. The design prioritizes functionality, allowing for effective use of limited space, while simultaneously fostering a connection to the surrounding landscape.
Sustainable Material Use and Design Integration
The Zolo House distinguishes itself through its integration of locally sourced materials. The extensive use of pine wood and stone not only aligns the structure with its environment but also reduces transportation costs and carbon footprint. The strategic incorporation of a Tesla Solar Roof enhances energy efficiency, allowing the house to function autonomously. Additionally, Kingspan Lumera Ventilators and QuadCore Insulated Roof Panels were selected for their strong thermal performance, optimizing the internal climate and further reducing energy consumption.
Architectural Elements and Spatial Organization
Attention to the spatial organization is evident in the Zolo House. The design incorporates a lofted bed, optimizing vertical space and providing additional storage solutions without compromising the living area. Large windows and glass doors facilitate ample natural light, improving the overall comfort of the home while enhancing visual connectivity with the outdoors. Each space is methodically planned to provide a clear function while maintaining an open flow, crucial for a small footprint.
The design demonstrates innovative approaches by addressing the needs of remote living. The efficient layout allows the couple to engage with their research while ensuring adequate comfort. Features like multifunctional spaces and natural materials contribute to a harmonious living experience, demonstrating that combining efficiency with sustainability can lead to effective design outcomes.
For a more comprehensive understanding of the Zolo House project, including architectural plans, sections, and details, readers are encouraged to explore the project presentation further for a deeper insight into its architectural designs and ideas.
