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Vijayakrishna Rapaka
AI Image Generator
v1
a modular floating community consisting of interconnected hexagonal or circular platforms. Each module could have a specific purpose: residential, recreational, agricultural, or energy generation.
The community would be adaptive, meaning modules could be added or removed based on the growing needs of residents.
Solar panels, wind turbines, and underwater tidal energy collectors can power the modules. Incorporate urban farming and aquaponic systems to address food sustainability.
Style:
Conceptual Art-Sci-Fi 01
Ratio:
1:1
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Vijayakrishna Rapaka
2024-10-27
A modular floating community composed of interconnected hexagonal or circular platforms, each serving a unique purpose—residential, recreational, agricultural, or energy generation. This adaptive design allows modules to be added or removed as community needs evolve. The platforms would be powered by solar panels, wind turbines, and underwater tidal energy collectors, promoting sustainability. Urban farming and aquaponic systems would also be integrated to address food sustainability, creating a self-sufficient and resilient floating habitat.
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Adaptive Modular Floating Community
Seasteading
Solar cell base
Artificial islands
Solar power plant
Floating islands
Solar panels
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Vijayakrishna Rapaka
AI Image Generator
v1
a modular floating community consisting of interconnected hexagonal or circular platforms. Each module could have a specific purpose: residential, recreational, agricultural, or energy generation.
The community would be adaptive, meaning modules could be added or removed based on the growing needs of residents.
Solar panels, wind turbines, and underwater tidal energy collectors can power the modules. Incorporate urban farming and aquaponic systems to address food sustainability.
Style:
Conceptual Art-Sci-Fi 01
Ratio:
1:1
0
Remix
Download
Vijayakrishna Rapaka
2024-10-27
A modular floating community composed of interconnected hexagonal or circular platforms, each serving a unique purpose—residential, recreational, agricultural, or energy generation. This adaptive design allows modules to be added or removed as community needs evolve. The platforms would be powered by solar panels, wind turbines, and underwater tidal energy collectors, promoting sustainability. Urban farming and aquaponic systems would also be integrated to address food sustainability, creating a self-sufficient and resilient floating habitat.
Reply
