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leafy
Firm
STATUS
Concept
SIZE
10,000 sqft - 25,000 sqft
leafy: kinetic leaves that help shape actual parks
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A climate-positive canopy system for hyper-arid cities, Leafy combines kinetic shade, dew harvesting, solar energy, and modular planting beds to help real vegetation survive where conventional urban greening struggles.
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Client: Department of Municipalities and Transport, Abu Dhabi
Typology: Adaptive Infrastructure / Biomimetic Public Space / Climate-Responsive Urban Design
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Cool Abu Dhabi Challenge — 1st Place Overall Winner
Included in the UIA Guidebook for the 2030 Agenda 2026 Edition under SDG 9: Industry, Innovation and Infrastructure
CTBUH Awards 2025 — Innovation Category, Award of Excellence / Finalist
Cityscape Global 2024, The Future of Living, Keep it Wild
2nd Thessaloniki Design Week 2021, Innovation in Design, Large Scale Winner
Energy Awards 2021, Finalist
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https://superspacearch.com/leafy
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A climate-positive canopy system for hyper-arid cities, Leafy combines kinetic shade, dew harvesting, solar energy, and modular planting beds to help real vegetation survive where conventional urban greening struggles.
The Urban Thermal Crisis
Cities are getting hotter, and public life is being pushed indoors. In dense urban districts, hard surfaces trap heat, shade is scarce, and conventional greening strategies can be difficult to sustain. In hyper-arid regions such as Abu Dhabi, the challenge is sharper: cities need shade, planting, and outdoor comfort, yet trees and public landscapes depend on water systems already under extreme pressure.
Leafy begins with this contradiction. It asks how a city can grow shade and vegetation when planting more trees is no longer a simple answer. Instead of treating nature as decoration, the project designs a support system for nature to return.
A Hybrid Ecological System
Leafy is an artificial garden of kinetic leaves designed to help actual parks grow. Inspired by the geometry, cultural presence, and environmental intelligence of the date palm, the system creates a layered urban canopy that works with sun, wind, humidity, and plant life.
Overhead, modular thermo-bimetal leaves provide adaptive shade. Below, the Dune Box System creates a protected planting base for local vegetation, edible gardens, and drought-resistant species. Together, these elements form a self-sufficient oasis that can reclaim overheated urban voids and turn them into cooler, greener, more habitable public spaces.
The project is conceived as a form of industrial ecology: a constructed system that does not imitate nature as an image alone, but borrows from its behavior. Leafy protects plants, collects water, produces energy, and gradually builds the conditions for a living microclimate.
Passive Kinetic Shade
The canopy moves without motors. Each leaf blade is made from waste-recycled thermo-bimetal alloys that expand and contract with temperature change. During peak heat, the leaves open into denser shade, reducing solar exposure and protecting the ground from intense radiation. At night, they relax and open the canopy, allowing trapped heat to escape while cooler air moves through the space.
This passive actuation gives Leafy a daily rhythm. It behaves less like a mechanical device and more like a living canopy: closing, opening, collecting, shading, and breathing with the climate around it.
A Closed-Loop Water Cycle
Water is the heart of Leafy’s ecological logic. At dawn, the leaf surfaces collect atmospheric humidity and dew. A hydrophobic coating guides moisture toward the stems, where a spongy fiber core stores water before releasing it slowly into the planting beds below.
The Dune Box System protects fertile soil inside a framed reservoir, keeping roots saturated while preventing water from disappearing into barren sand. As plants grow and release moisture through evapotranspiration, the canopy helps trap and redirect this humidity, creating a small but meaningful micro-hydrological cycle.
In this way, Leafy does not simply irrigate plants. It creates the conditions for plants, shade, air, and water to support one another.
Energy, Cooling, and Public Comfort
Leafy combines shade and renewable energy within the same urban structure. Thin-film photovoltaic surfaces integrated into the canopy generate clean electricity, while the shade structure reduces cooling demand in nearby buildings and outdoor areas.
Environmental calculations for a 1,000 m² installation suggest significant urban performance: reduced surface temperatures, lower air-conditioning demand, renewable energy generation, and annual dew-water harvesting. The system is designed to collect approximately 51,000 liters of water per year, reduce irrigation demand by up to 90%, and generate approximately 225 MWh of electricity annually through solar thin film.
The result is a public-space infrastructure that works at several scales at once: it cools the body, supports plant life, eases pressure on urban grids, and makes outdoor space usable for longer periods of the day and year.
From Heat Island to Edible Garden
Leafy’s planting system can support more than ornamental greenery. Distributed across urban heat islands, its shaded and irrigated growing beds can host edible gardens and small-scale urban farming. At a larger scale, one hectare of Leafy-supported urban gardens could produce food for approximately 250 people annually.
This food-security layer is not the project’s only mission, but it gives the system a deeper civic role. Cooling the city and growing food become part of the same urban adaptation strategy.
Scalable Climate Infrastructure
Leafy is designed as a modular system. It can appear as a single dune pot, a shaded pocket garden, a public plaza installation, or a larger network of interconnected canopies. Its elements can be adapted to streets, open-air atriums, sky terraces, civic spaces, and dense urban gaps where conventional landscape systems struggle.
Future versions can integrate IoT monitoring and smartphone applications, allowing residents to track water collection, plant growth, cooling performance, and energy production. This turns climate adaptation into a visible, shared act of care. People do not only pass through the shade; they can follow the life of the garden and understand the fragile systems that keep it alive.
Environmental and Social Impact
Leafy contributes to the Sustainable Development Goals through climate adaptation, water conservation, renewable energy, public health, and urban biodiversity. Its strongest contribution is to SDG 9, by proposing an innovative and resilient infrastructure system that merges passive kinetics, recycled materials, solar energy, and living ecosystems.
The project also supports SDG 6 through dew harvesting and water-efficient irrigation, SDG 7 through renewable energy generation, SDG 11 through cooler and more resilient public spaces, SDG 12 through recycled materials and modular reuse, SDG 13 through heat-island mitigation and reduced carbon emissions, and SDG 15 through habitats for urban biodiversity.
Its social value extends further. Leafy supports SDG 3 by creating cooler outdoor environments during heat waves, SDG 4 through environmental awareness and public interaction, SDG 8 through green jobs in fabrication, maintenance, urban farming, and smart-system management, and SDG 2 through the potential for edible urban gardens in overheated districts.
The project’s sustainability is therefore not limited to performance metrics. It is also a cultural shift: a way to make climate systems visible, public, and cared for.
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Climate-Responsive Architecture, Public Space, Urban Heat Island, Adaptive Infrastructure, Biomimicry, Kinetic Architecture, Thermo-Bimetal, Urban Greening, Desert Urbanism, Abu Dhabi, Sustainable Infrastructure, Public Realm, Circular Design, Recycled Materials, Renewable Energy, Water Harvesting, Dew Collection, Edible Gardens, Urban Farming, Smart Cities, Landscape Urbanism, Resilient Cities, SDG 9, Sustainable Design
---------------------------------------------------------
A climate-positive canopy system for hyper-arid cities, Leafy combines kinetic shade, dew harvesting, solar energy, and modular planting beds to help real vegetation survive where conventional urban greening struggles.
---------------------------------------------------------
Client: Department of Municipalities and Transport, Abu Dhabi
Typology: Adaptive Infrastructure / Biomimetic Public Space / Climate-Responsive Urban Design
---------------------------------------------------------
Cool Abu Dhabi Challenge — 1st Place Overall Winner
Included in the UIA Guidebook for the 2030 Agenda 2026 Edition under SDG 9: Industry, Innovation and Infrastructure
CTBUH Awards 2025 — Innovation Category, Award of Excellence / Finalist
Cityscape Global 2024, The Future of Living, Keep it Wild
2nd Thessaloniki Design Week 2021, Innovation in Design, Large Scale Winner
Energy Awards 2021, Finalist
---------------------------------------------------------
https://superspacearch.com/leafy
---------------------------------------------------------
---------------------------------------------------------
A climate-positive canopy system for hyper-arid cities, Leafy combines kinetic shade, dew harvesting, solar energy, and modular planting beds to help real vegetation survive where conventional urban greening struggles.
The Urban Thermal Crisis
Cities are getting hotter, and public life is being pushed indoors. In dense urban districts, hard surfaces trap heat, shade is scarce, and conventional greening strategies can be difficult to sustain. In hyper-arid regions such as Abu Dhabi, the challenge is sharper: cities need shade, planting, and outdoor comfort, yet trees and public landscapes depend on water systems already under extreme pressure.
Leafy begins with this contradiction. It asks how a city can grow shade and vegetation when planting more trees is no longer a simple answer. Instead of treating nature as decoration, the project designs a support system for nature to return.
A Hybrid Ecological System
Leafy is an artificial garden of kinetic leaves designed to help actual parks grow. Inspired by the geometry, cultural presence, and environmental intelligence of the date palm, the system creates a layered urban canopy that works with sun, wind, humidity, and plant life.
Overhead, modular thermo-bimetal leaves provide adaptive shade. Below, the Dune Box System creates a protected planting base for local vegetation, edible gardens, and drought-resistant species. Together, these elements form a self-sufficient oasis that can reclaim overheated urban voids and turn them into cooler, greener, more habitable public spaces.
The project is conceived as a form of industrial ecology: a constructed system that does not imitate nature as an image alone, but borrows from its behavior. Leafy protects plants, collects water, produces energy, and gradually builds the conditions for a living microclimate.
Passive Kinetic Shade
The canopy moves without motors. Each leaf blade is made from waste-recycled thermo-bimetal alloys that expand and contract with temperature change. During peak heat, the leaves open into denser shade, reducing solar exposure and protecting the ground from intense radiation. At night, they relax and open the canopy, allowing trapped heat to escape while cooler air moves through the space.
This passive actuation gives Leafy a daily rhythm. It behaves less like a mechanical device and more like a living canopy: closing, opening, collecting, shading, and breathing with the climate around it.
A Closed-Loop Water Cycle
Water is the heart of Leafy’s ecological logic. At dawn, the leaf surfaces collect atmospheric humidity and dew. A hydrophobic coating guides moisture toward the stems, where a spongy fiber core stores water before releasing it slowly into the planting beds below.
The Dune Box System protects fertile soil inside a framed reservoir, keeping roots saturated while preventing water from disappearing into barren sand. As plants grow and release moisture through evapotranspiration, the canopy helps trap and redirect this humidity, creating a small but meaningful micro-hydrological cycle.
In this way, Leafy does not simply irrigate plants. It creates the conditions for plants, shade, air, and water to support one another.
Energy, Cooling, and Public Comfort
Leafy combines shade and renewable energy within the same urban structure. Thin-film photovoltaic surfaces integrated into the canopy generate clean electricity, while the shade structure reduces cooling demand in nearby buildings and outdoor areas.
Environmental calculations for a 1,000 m² installation suggest significant urban performance: reduced surface temperatures, lower air-conditioning demand, renewable energy generation, and annual dew-water harvesting. The system is designed to collect approximately 51,000 liters of water per year, reduce irrigation demand by up to 90%, and generate approximately 225 MWh of electricity annually through solar thin film.
The result is a public-space infrastructure that works at several scales at once: it cools the body, supports plant life, eases pressure on urban grids, and makes outdoor space usable for longer periods of the day and year.
From Heat Island to Edible Garden
Leafy’s planting system can support more than ornamental greenery. Distributed across urban heat islands, its shaded and irrigated growing beds can host edible gardens and small-scale urban farming. At a larger scale, one hectare of Leafy-supported urban gardens could produce food for approximately 250 people annually.
This food-security layer is not the project’s only mission, but it gives the system a deeper civic role. Cooling the city and growing food become part of the same urban adaptation strategy.
Scalable Climate Infrastructure
Leafy is designed as a modular system. It can appear as a single dune pot, a shaded pocket garden, a public plaza installation, or a larger network of interconnected canopies. Its elements can be adapted to streets, open-air atriums, sky terraces, civic spaces, and dense urban gaps where conventional landscape systems struggle.
Future versions can integrate IoT monitoring and smartphone applications, allowing residents to track water collection, plant growth, cooling performance, and energy production. This turns climate adaptation into a visible, shared act of care. People do not only pass through the shade; they can follow the life of the garden and understand the fragile systems that keep it alive.
Environmental and Social Impact
Leafy contributes to the Sustainable Development Goals through climate adaptation, water conservation, renewable energy, public health, and urban biodiversity. Its strongest contribution is to SDG 9, by proposing an innovative and resilient infrastructure system that merges passive kinetics, recycled materials, solar energy, and living ecosystems.
The project also supports SDG 6 through dew harvesting and water-efficient irrigation, SDG 7 through renewable energy generation, SDG 11 through cooler and more resilient public spaces, SDG 12 through recycled materials and modular reuse, SDG 13 through heat-island mitigation and reduced carbon emissions, and SDG 15 through habitats for urban biodiversity.
Its social value extends further. Leafy supports SDG 3 by creating cooler outdoor environments during heat waves, SDG 4 through environmental awareness and public interaction, SDG 8 through green jobs in fabrication, maintenance, urban farming, and smart-system management, and SDG 2 through the potential for edible urban gardens in overheated districts.
The project’s sustainability is therefore not limited to performance metrics. It is also a cultural shift: a way to make climate systems visible, public, and cared for.
--------------------------------------------------------
Climate-Responsive Architecture, Public Space, Urban Heat Island, Adaptive Infrastructure, Biomimicry, Kinetic Architecture, Thermo-Bimetal, Urban Greening, Desert Urbanism, Abu Dhabi, Sustainable Infrastructure, Public Realm, Circular Design, Recycled Materials, Renewable Energy, Water Harvesting, Dew Collection, Edible Gardens, Urban Farming, Smart Cities, Landscape Urbanism, Resilient Cities, SDG 9, Sustainable Design
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