The Breathing Isle

Project idea

The Breathing Isle is a portable, self-sufficient microclimate module developed to combat urban overheating, air pollution, and the scarcity of inclusive public spaces. Merging solar energy, rainwater harvesting, and advanced air purification technologies, it cultivates a cool, clean, and healthful atmosphere for city dwellers. Designed for effortless deployment in dense, infrastructure-limited urban settings, the module delivers physical relief while fostering environmental consciousness. Its core mission is to mitigate the urban heat island effect, elevate air quality, and create adaptable, contemporary spaces that encourage social connection. The Breathing Isle reimagines public space design by fusing ecological responsibility with smart, responsive infrastructure.

Project description

The Breathing Isle is a portable microclimate module aimed at addressing rising temperatures, air pollution, and the scarcity of public space in urban centers. Requiring no infrastructure, it can be easily installed in hard-surfaced, high-traffic urban areas. It generates its own electricity through solar panels, harvests rainwater, and purifies the air using a multi-layer filtration system. With its misting system, canopy, and seating features, it provides both physical relief and opportunities for social interaction.
In the short term, the project offers calming, breathable zones for pedestrians, while in the long term, it fosters public awareness and contributes to climate resilience. Thanks to its modular structure, it is adaptable to various urban scenarios and scalable for mass production—promoting local manufacturing and long-term sustainability.

Technical information

The Breathing Isle operates on low energy consumption, designed for local fabrication and long-term sustainability. Below are its core technical components:
- Energy System:
Integrated photovoltaic solar panels with a total capacity of 250W generate electricity. Energy is stored in batteries during the day for nighttime use.
- Water Collection and Misting System:
A subtly sloped roof surface collects rainwater into an internal reservoir. When the ambient temperature exceeds 28°C, a misting system activates automatically via automation controls.
- Air Filtration Unit:
A four-layer filtration system—HEPA, activated carbon, photocatalytic, and electrostatic filters—removes fine particles (PM2.5, NOx, SOx, VOCs) from the air. Silent axial fans distribute filtered air directionally.
- Automation and Sensors:
An Arduino or Raspberry Pi microcontroller monitors real-time data on temperature, humidity, air quality (PM2.5/PM10), and water levels. The system activates automatically at predefined thresholds.
- Digital Display and Data Sharing:
Real-time environmental data is shown on a digital screen to increase public awareness and promote behavioral change.
- Structural System:
A foldable, lightweight frame composed of aluminum and wood allows for easy assembly and portability. The structure is enclosed with UV-resistant composite panels.
- User Comfort Zones:
Shade canopy, seating elements, and misting areas enhance user experience. Each module occupies roughly a 3x3 meter footprint.

Documentation

Show PDF 1