Utilizing recycled plastic facades and an integrated fog collection system, this sustainable housing solution in Chongqing redefines urban living through its innovative approach to resource management and modular design.
5 key facts about this project
01
Utilizes a fog collection system to enhance water sustainability in an urban setting.
02
Incorporates facades made from recycled plastic, reducing reliance on traditional materials.
03
Features modular interior spaces designed for flexible use and efficient living.
04
Integrates vertical gardens to improve air quality and promote biodiversity.
05
Employs a circular architectural form to blend seamlessly with the mountainous topography.
Project specific keywords
The project "The Box in the Redundancy" presents an innovative architectural solution designed for urban living in mountainous environments, specifically in Chongqing, China. This project integrates sustainable design principles with modular construction, optimizing use of space and enhancing community interaction. The architecture accounts for the complexities inherent in urban landscapes characterized by steep topography and dense populations.
The structure features a circular design, strategically sculpted to blend with its mountainous surroundings. The façade employs a combination of materials, including recycled plastic solar panels, glass, and a transparent mesh that permits ample natural light while promoting energy efficiency. By utilizing locally sourced concrete, the project demonstrates a commitment to reducing carbon footprints associated with material transportation.
The interior layout reinforces flexibility and adaptability. Spaces are designed to accommodate diverse activities, from communal dining areas to personal workspaces, facilitating a balance between private and communal living. This thoughtful approach enhances the overall quality of life for its residents by promoting social interaction while respecting individual privacy.
Sustainable Design Elements
The project embodies a strong emphasis on sustainability through its implementation of innovative technologies and designs. A fog net water collection system has been integrated to capture atmospheric moisture, supplemented by rainwater harvesting and greywater recycling systems. This approach not only reduces reliance on external water sources but also promotes responsible water management in an urban context.
The incorporation of solar power systems plays a crucial role in ensuring the building operates with minimal environmental impact. The energy generated by the solar panels aids in powering communal areas, reinforcing the project's commitment to self-sufficiency.
Unique Design Approaches
"The Box in the Redundancy" stands out due to its approach to addressing the issue of spatial redundancy found within urban environments. The architectural design focuses on modifying and optimizing existing spaces rather than merely expanding them. By creating multi-level living conditions that respect the geographic constraints of Chongqing, the project offers a viable model for sustainable urban habitation.
The project also features vertical gardens and horizontal green spaces, which not only enhance the aesthetic qualities of the design but also improve air quality and biodiversity. These elements contribute to the overall sustainability of the building, integrating nature into an urban setting and offering residents the benefits of green infrastructure.
For a comprehensive understanding of "The Box in the Redundancy," interested readers are encouraged to explore the project presentation further. Details regarding architectural plans, sections, and specific design elements are crucial for appreciating the full scope of this architectural endeavor. Reviewing these materials will provide deeper insights into the innovative practices employed in this unique urban project.
The structure features a circular design, strategically sculpted to blend with its mountainous surroundings. The façade employs a combination of materials, including recycled plastic solar panels, glass, and a transparent mesh that permits ample natural light while promoting energy efficiency. By utilizing locally sourced concrete, the project demonstrates a commitment to reducing carbon footprints associated with material transportation.
The interior layout reinforces flexibility and adaptability. Spaces are designed to accommodate diverse activities, from communal dining areas to personal workspaces, facilitating a balance between private and communal living. This thoughtful approach enhances the overall quality of life for its residents by promoting social interaction while respecting individual privacy.
Sustainable Design Elements
The project embodies a strong emphasis on sustainability through its implementation of innovative technologies and designs. A fog net water collection system has been integrated to capture atmospheric moisture, supplemented by rainwater harvesting and greywater recycling systems. This approach not only reduces reliance on external water sources but also promotes responsible water management in an urban context.
The incorporation of solar power systems plays a crucial role in ensuring the building operates with minimal environmental impact. The energy generated by the solar panels aids in powering communal areas, reinforcing the project's commitment to self-sufficiency.
Unique Design Approaches
"The Box in the Redundancy" stands out due to its approach to addressing the issue of spatial redundancy found within urban environments. The architectural design focuses on modifying and optimizing existing spaces rather than merely expanding them. By creating multi-level living conditions that respect the geographic constraints of Chongqing, the project offers a viable model for sustainable urban habitation.
The project also features vertical gardens and horizontal green spaces, which not only enhance the aesthetic qualities of the design but also improve air quality and biodiversity. These elements contribute to the overall sustainability of the building, integrating nature into an urban setting and offering residents the benefits of green infrastructure.
For a comprehensive understanding of "The Box in the Redundancy," interested readers are encouraged to explore the project presentation further. Details regarding architectural plans, sections, and specific design elements are crucial for appreciating the full scope of this architectural endeavor. Reviewing these materials will provide deeper insights into the innovative practices employed in this unique urban project.
