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Space Cloud: Redefining Modular Architecture in Space

Q: What is "Space Cloud: Redefining Modular Architecture in Space" about?

This article covers topics related to Space Architecture, Space Habitat, Space Construction, Space Settlement, Common Space, Personalized Space, Outer Space, Space Technology, Mega Space, Conceptual Architecture, Connection Space. Innovative, Scalable, and Sustainable Modular Architecture for Future Habitats Beyond Earth’s Boundaries.

Innovative, Scalable, and Sustainable Modular Architecture for Future Habitats Beyond Earth’s Boundaries.

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UNI Editorial published Results under Space Architecture, Space Habitat on Dec 18, 2024

SPACE CLOUD This project introduces a groundbreaking approach to modular architecture, providing cost-effective and scalable habitat solutions for space colonization. Utilizing asteroid mining, the project creates a sustainable, self-sufficient living environment that caters to the essential needs of humanity in extraterrestrial settings.

How water, energy, and food are sustainably managed.

Core Elements of Space Cloud

1. Water

Water is essential for sustaining human life. By harvesting water from nearby asteroids, the habitat ensures ample resources for drinking, hygiene, agriculture, and breathable air production. This innovation highlights the integration of resource management within the architectural framework.

2. Oxygen

Oxygen is obtained through water electrolysis, a process that also generates hydrogen. The resulting oxygen ensures a breathable atmosphere, while hydrogen provides radiation protection, demonstrating the efficiency of modular systems in space architecture.

3. Food

The project employs hydroponic farming—a soil-free agricultural method where plants grow in nutrient-enriched water solutions. This enables food production in confined environments, enhancing the modular architectural design’s sustainability.

4. Shelter

Asteroids provide raw materials for structural components of the habitat. This allows the construction of expansive yet lightweight modular architecture, overcoming Earth’s gravitational constraints. The structures are adaptable, scalable, and capable of growing based on human needs.

A top-view design of interconnected modular systems.

Lifecycle of Space Cloud

Solar panels generate energy from the Sun.
Electrolysis produces oxygen and hydrogen from water.
Hydroponic systems facilitate food production.
Mined asteroids supply shelter materials for construction.
Resource recycling ensures a closed-loop system for sustainability.

The evolution and expansion of the habitat over time.

Vision for Life in Origyn

In Origyn, time and space constraints disappear, creating an environment where individuals are free to explore, build, and dream. The limitless, labyrinthine design of the modular architecture evolves with human experience. Automation handles labor, enabling society to thrive without restrictions.

Hydroponic systems growing food within modular structures.

Design Features

Shelter Units

Compact living spaces for two individuals.
Equipped with sleeping units, toilets, and cleaning facilities.

Agriculture Units

Hydroponic agriculture pipes grow food efficiently.
Modular farming spaces are scalable to meet population needs.

Water and Oxygen Units

Water units store and treat resources.
Oxygen units ensure air supply for the habitat.

Space Cloud exemplifies the future of modular architecture for space colonization. By addressing basic human needs through innovative design, the project creates adaptable habitats that expand and evolve with the human imagination.

Project by: Beyza Çapal, Sıddıka Kulu

Shortlisted Entry of Origyn