Harnessing micro-hydropower and constructed with Kingspan panels and structural timber, the design creates a resilient community that emphasizes environmental sustainability and social interaction in Sisimiut, Greenland.
5 key facts about this project
01
Micro-hydropower system integrated for sustainable energy.
02
Community center designed as a focal point for social interaction.
03
Use of Kingspan panels enhances thermal efficiency in harsh climates.
04
Modular housing units offer adaptable living spaces.
05
Pathways of wooden decks encourage connectivity among residents.
General keywords
The Foxhole project is an architectural initiative located in Sisimiut, Greenland, aimed at creating sustainable and affordable living solutions for its residents. This project integrates modern design with respect for local traditions and environmental conditions, emphasizing a community-focused approach. The architecture not only serves as housing but also as a catalyst for social interaction and connection among residents.
The overall design employs a modular arrangement consisting of six primary red housing units that circulate around a larger community center. Each unit is constructed with durable materials suited to withstand the area's climate, prioritizing energy efficiency and resource sustainability. The layout features interconnected pathways made of wooden decks, facilitating movement and interaction while promoting community cohesion.
Sustainable Features and Materials
The Foxhole project employs a range of sustainable materials and energy-efficient systems. One of the foremost aspects is the use of Kingspan QuadCore K1000OW for insulation, which enhances thermal performance and reduces energy consumption. Oriented Strand Board (OSB) and sandwich panels comprise the structural elements, ensuring resilience against harsh weather conditions. The use of structural timber not only contributes to the project’s aesthetics but also ensures structural integrity.
The project incorporates advanced systems such as micro-hydropower generation and rainwater harvesting, contributing to the self-sufficiency of the community and minimizing its ecological footprint. These systems are critical in a region where resources are scarce and environmental challenges are prominent.
Community-Centric Design and Functionality
The architectural design emphasizes a strong sense of community through its layout and functionality. Each housing unit is tailored to provide diverse living spaces that can accommodate varying needs, promoting adaptability among residents. The interior configurations allow for flexibility, supporting both private and social activities within a single unit.
The central community space serves as a focal point for gatherings and communal activities, fostering relationships among residents. It includes facilities that encourage social interaction, reinforcing the project's commitment to enhancing community living. The incorporation of natural light across all living spaces improves the overall comfort and livability of the units, promoting well-being in the harsh climate.
To explore the intricate details of the Foxhole project, including architectural plans, architectural sections, and architectural designs, consider delving into the project presentation for a more comprehensive understanding of its design principles and unique architectural ideas.
The overall design employs a modular arrangement consisting of six primary red housing units that circulate around a larger community center. Each unit is constructed with durable materials suited to withstand the area's climate, prioritizing energy efficiency and resource sustainability. The layout features interconnected pathways made of wooden decks, facilitating movement and interaction while promoting community cohesion.
Sustainable Features and Materials
The Foxhole project employs a range of sustainable materials and energy-efficient systems. One of the foremost aspects is the use of Kingspan QuadCore K1000OW for insulation, which enhances thermal performance and reduces energy consumption. Oriented Strand Board (OSB) and sandwich panels comprise the structural elements, ensuring resilience against harsh weather conditions. The use of structural timber not only contributes to the project’s aesthetics but also ensures structural integrity.
The project incorporates advanced systems such as micro-hydropower generation and rainwater harvesting, contributing to the self-sufficiency of the community and minimizing its ecological footprint. These systems are critical in a region where resources are scarce and environmental challenges are prominent.
Community-Centric Design and Functionality
The architectural design emphasizes a strong sense of community through its layout and functionality. Each housing unit is tailored to provide diverse living spaces that can accommodate varying needs, promoting adaptability among residents. The interior configurations allow for flexibility, supporting both private and social activities within a single unit.
The central community space serves as a focal point for gatherings and communal activities, fostering relationships among residents. It includes facilities that encourage social interaction, reinforcing the project's commitment to enhancing community living. The incorporation of natural light across all living spaces improves the overall comfort and livability of the units, promoting well-being in the harsh climate.
To explore the intricate details of the Foxhole project, including architectural plans, architectural sections, and architectural designs, consider delving into the project presentation for a more comprehensive understanding of its design principles and unique architectural ideas.
