Constructed with charred wooden shingles and equipped with solar panels, this compact structure maximizes energy efficiency while providing a versatile living space in the Delta del Río de la Plata.
5 key facts about this project
01
Constructed using charred wooden shingles for enhanced durability and aesthetic appeal.
02
Features cross-laminated timber panels that provide structural efficiency and thermal insulation.
03
Incorporates a bent A-frame design to optimize interior space and facilitate natural light.
04
Equipped with a rainwater harvesting system to support sustainable living practices.
05
Strategically positioned for optimal solar exposure, maximizing energy generation from solar panels.
General keywords
Project specific keywords
The Windblades project is situated in the Delta del Río de la Plata region of Buenos Aires, Argentina. It represents a sustainable approach to modern housing, emphasizing eco-friendly living in a compact format. The design consists of a 25 square meter modular structure that adapts to both individual preferences and environmental conditions. With a focus on social interaction, the project incorporates elements that enhance community engagement while providing essential living spaces.
Sustainability is at the core of Windblades. The architecture utilizes locally sourced materials to minimize the environmental impact associated with transportation. Key materials include wood for structural components, galvanized steel for roofing, and double-glazed windows that increase thermal efficiency. Solar panels installed on the roof further contribute to the self-sufficiency of the project, significantly reducing energy costs.
The unique design of Windblades is characterized by its modular layout, comprising three interconnected zones: a communal area, sleeping quarters, and washroom facilities. This spatial organization promotes efficient use of space while allowing for natural light and ventilation. The integration of outdoor areas serves to enhance the living experience, encouraging interaction with the surrounding landscape.
Architectural approaches within Windblades emphasize adaptability and functionality. The structure’s design allows for easy customization based on the residents' needs, promoting versatility. Additionally, its eco-conscious configuration provides a framework for sustainable waste management and rainwater harvesting, which are critical in supporting environmentally responsible living.
The Windblades project challenges conventional housing models by blending modern architectural ideas with sustainable practices. The emphasis on ecological materials, energy efficiency, and a modular approach positions it as a forward-thinking example in residential architecture. For further technical details, including architectural plans, sections, and design layouts, interested readers are encouraged to explore the complete project presentation to gain insights into this innovative design.
Sustainability is at the core of Windblades. The architecture utilizes locally sourced materials to minimize the environmental impact associated with transportation. Key materials include wood for structural components, galvanized steel for roofing, and double-glazed windows that increase thermal efficiency. Solar panels installed on the roof further contribute to the self-sufficiency of the project, significantly reducing energy costs.
The unique design of Windblades is characterized by its modular layout, comprising three interconnected zones: a communal area, sleeping quarters, and washroom facilities. This spatial organization promotes efficient use of space while allowing for natural light and ventilation. The integration of outdoor areas serves to enhance the living experience, encouraging interaction with the surrounding landscape.
Architectural approaches within Windblades emphasize adaptability and functionality. The structure’s design allows for easy customization based on the residents' needs, promoting versatility. Additionally, its eco-conscious configuration provides a framework for sustainable waste management and rainwater harvesting, which are critical in supporting environmentally responsible living.
The Windblades project challenges conventional housing models by blending modern architectural ideas with sustainable practices. The emphasis on ecological materials, energy efficiency, and a modular approach positions it as a forward-thinking example in residential architecture. For further technical details, including architectural plans, sections, and design layouts, interested readers are encouraged to explore the complete project presentation to gain insights into this innovative design.
