Incorporating basalt cladding and vertical farming systems, the design serves as a sustainable community hub that emphasizes local materials and ecological sensibility.
5 key facts about this project
01
Utilizes locally sourced basalt stone for exterior cladding to enhance thermal efficiency.
02
Features an integrated vertical farming system to support local agriculture within the building.
03
Incorporates a rooftop observation area for panoramic views of Lake Myvatn and Hverfjall volcano.
04
Employs an Earth Battery system for efficient energy storage and climate control.
05
Design includes flexible spaces that adapt to various community activities and gatherings.
General keywords
Project specific keywords
Greenhouse 9 is a contemporary architectural project strategically located near Lake Myvatn in Iceland. This facility serves multiple functions, acting as a community hub, a greenhouse for local agricultural practices, and an educational center focused on sustainability. The design encapsulates the principles of modern architecture while addressing the challenges of environmental sustainability and community interaction.
One of the primary functions of Greenhouse 9 is its role as a greenhouse, designed to improve air quality and promote biodiversity. Its central position within the structure allows for natural light infiltration, supporting plant growth and enhancing visitor experience. Surrounding this core, the building includes functional areas such as a library, spaces for community workshops, and zones for children, fostering a holistic approach to community engagement and education.
Site integration defines the building’s architectural approach. The massing adapts to the natural landscape, echoing the topography while minimizing environmental disruption. The use of local materials, such as basalt stone and reclaimed bricks, reinforces the design's strong connection to its geographical context. The decision to include turf on the roof enhances the building's thermal performance while further embedding it into the environment.
Sustainable design elements are a hallmark of Greenhouse 9. Innovative features such as the Earth Battery system provide energy-efficient heating and cooling solutions. Triple-glazed windows optimize insulation while offering expansive views of the surrounding landscape. Additionally, the interior layout promotes flexible use of space, ensuring adaptability for various community needs.
The architectural design stands out for its unique integration of agricultural and waste management functions within a single facility. By addressing both the need for local food production and the management of organic waste, Greenhouse 9 presents an all-encompassing model for sustainability. The project effectively combines aesthetics with functionality, providing an example of how architecture can support ecological and community goals.
To explore further and gain deeper insights into the architectural plans, sections, and innovative designs of Greenhouse 9, viewers are encouraged to examine the project presentation in detail. This examination will reveal the thoughtful architectural ideas underpinning this significant project.
One of the primary functions of Greenhouse 9 is its role as a greenhouse, designed to improve air quality and promote biodiversity. Its central position within the structure allows for natural light infiltration, supporting plant growth and enhancing visitor experience. Surrounding this core, the building includes functional areas such as a library, spaces for community workshops, and zones for children, fostering a holistic approach to community engagement and education.
Site integration defines the building’s architectural approach. The massing adapts to the natural landscape, echoing the topography while minimizing environmental disruption. The use of local materials, such as basalt stone and reclaimed bricks, reinforces the design's strong connection to its geographical context. The decision to include turf on the roof enhances the building's thermal performance while further embedding it into the environment.
Sustainable design elements are a hallmark of Greenhouse 9. Innovative features such as the Earth Battery system provide energy-efficient heating and cooling solutions. Triple-glazed windows optimize insulation while offering expansive views of the surrounding landscape. Additionally, the interior layout promotes flexible use of space, ensuring adaptability for various community needs.
The architectural design stands out for its unique integration of agricultural and waste management functions within a single facility. By addressing both the need for local food production and the management of organic waste, Greenhouse 9 presents an all-encompassing model for sustainability. The project effectively combines aesthetics with functionality, providing an example of how architecture can support ecological and community goals.
To explore further and gain deeper insights into the architectural plans, sections, and innovative designs of Greenhouse 9, viewers are encouraged to examine the project presentation in detail. This examination will reveal the thoughtful architectural ideas underpinning this significant project.
