Rotating microhomes constructed from bio-concrete float seamlessly above the ocean, integrating advanced water collection systems and energy-efficient turbines to support a sustainable community living experience.
5 key facts about this project
01
Rotating microhomes allow residents to adjust their living environment based on personal preference.
02
Integrated water collection systems maximize resource efficiency in a marine setting.
03
Constructed with bio-concrete utilizing volcanic ash for improved durability and sustainability.
04
Floating platforms enhance marine biodiversity by supporting aquatic habitats.
05
Energy production through underwater turbines reinforces the community's self-sufficiency.
General keywords
The MicroPELAGO project is an innovative architectural design that embodies the principles of sustainability and adaptive living. Specifically designed as a floating micro-housing community, MicroPELAGO integrates residential units seamlessly with aquatic environments. The architecture highlights functionality, environmental awareness, and the potential for a communal lifestyle set on the ocean's surface.
The project comprises a series of lightweight, 3D-printed concrete microhomes, each linked to a central structural core, which contains essential utilities. The design focuses on ecological living, incorporating water collection systems and energy production technologies to promote self-sufficiency. By encouraging a harmonious relationship with nature, MicroPELAGO aims to redefine modern living within marine contexts.
Unique Structural and Design Approaches
MicroPELAGO features a distinctive arrangement of homes that rotate around a central axis, allowing residents to control their exposure to sunlight, privacy, and views. This rotational mechanism sets the project apart from traditional residential architecture by emphasizing adaptability and individual comfort. The interplay between the microhomes and the slender support towers, which function as community hubs, fosters social interaction while ensuring structural integrity.
The integration of marine life into the design is a fundamental aspect of MicroPELAGO. The architectural planning incorporates floating platforms that promote aquatic biodiversity. The homes' bases are designed to support marine habitats, illustrating a commitment to environmental stewardship. This relationship with the surrounding ecosystem further reveals the project's innovative approach to design in marine settings.
Adaptive Living and Resource Efficiency
MicroPELAGO prioritizes resource efficiency through the use of advanced materials and modern construction techniques. The combination of 3D-printed concrete and bio-concrete, which utilizes volcanic ash, enhances durability while reducing environmental impact. Additionally, each microhome is equipped with a specialized cistern for rainwater collection, optimizing water use in a mindful manner.
The design also incorporates underwater energy-producing turbines, reinforcing the project's commitment to sustainability. This focus on alternative energy sources demonstrates a forward-thinking approach to residential architecture, addressing contemporary concerns surrounding resource consumption and environmental impact.
Explore the project presentation for detailed architectural plans, architectural sections, and architectural designs that further illustrate MicroPELAGO's innovative ideas and design outcomes. Engage with the architectural concepts and consider how they contribute to a new understanding of living spaces in marine environments.
The project comprises a series of lightweight, 3D-printed concrete microhomes, each linked to a central structural core, which contains essential utilities. The design focuses on ecological living, incorporating water collection systems and energy production technologies to promote self-sufficiency. By encouraging a harmonious relationship with nature, MicroPELAGO aims to redefine modern living within marine contexts.
Unique Structural and Design Approaches
MicroPELAGO features a distinctive arrangement of homes that rotate around a central axis, allowing residents to control their exposure to sunlight, privacy, and views. This rotational mechanism sets the project apart from traditional residential architecture by emphasizing adaptability and individual comfort. The interplay between the microhomes and the slender support towers, which function as community hubs, fosters social interaction while ensuring structural integrity.
The integration of marine life into the design is a fundamental aspect of MicroPELAGO. The architectural planning incorporates floating platforms that promote aquatic biodiversity. The homes' bases are designed to support marine habitats, illustrating a commitment to environmental stewardship. This relationship with the surrounding ecosystem further reveals the project's innovative approach to design in marine settings.
Adaptive Living and Resource Efficiency
MicroPELAGO prioritizes resource efficiency through the use of advanced materials and modern construction techniques. The combination of 3D-printed concrete and bio-concrete, which utilizes volcanic ash, enhances durability while reducing environmental impact. Additionally, each microhome is equipped with a specialized cistern for rainwater collection, optimizing water use in a mindful manner.
The design also incorporates underwater energy-producing turbines, reinforcing the project's commitment to sustainability. This focus on alternative energy sources demonstrates a forward-thinking approach to residential architecture, addressing contemporary concerns surrounding resource consumption and environmental impact.
Explore the project presentation for detailed architectural plans, architectural sections, and architectural designs that further illustrate MicroPELAGO's innovative ideas and design outcomes. Engage with the architectural concepts and consider how they contribute to a new understanding of living spaces in marine environments.
