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Two Greek women designed a green micro-dwelling for the desert - They are autonomous for arid landscapes

Featured Two Greek women designed a green micro-dwelling for the desert - They are autonomous for arid landscapes

The impressive study for a design capsule for autonomous habitation in extreme weather conditions, such as those prevailing in a desert.

Two Greek women, Chrysi and Anastasia Vrantsi, founders of the architectural office Vrantsi, have gone viral internationally thanks to an innovative design capsule that is autonomous and designed to operate in environments with extreme desert conditions.

“Our study focuses on durability, energy self-sufficiency and sustainable integration into the landscape. As a key example of an environment, we examined the Utah region, with its strong morphological contrasts, high temperature fluctuations and unique geology. The capsule is proposed as an autonomous shell that functionally responds to the demands of the climate, while at the same time conversing with the topography and visually integrating into the natural environment. "Resilience is not only seen as a technical requirement, but as a key element of architectural identity," they explained to Greek outlet iefimerida.

The proposal of the two talented creators is of particular interest as a contemporary example of architecture in extreme environments, where technology, sustainability and aesthetics coexist.

The two Greek architects explain how the innovative desert capsule was designed and operates

"The capsules are designed as autonomous desert micro-dwellings, capable of operating off-grid, minimizing their environmental footprint. Responding to the extreme climate, they incorporate passive bioclimatic strategies, such as proper orientation, deep shading and natural ventilation, significantly reducing energy needs. To maintain the morphological purity of the volumes, the photovoltaic systems are discreetly placed in the landscape, in an independent field, ensuring optimal solar performance without altering the architectural expression. The energy produced is stored in battery systems, allowing for the full energy autonomy of each unit, while water management and reuse strategies further enhance sustainability. The project is proposed as a pilot application in Utah, exploring a new model of self-sufficient, modular habitation in isolated landscapes,” say Chrissi and Anastasia Vrantsi.

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