The Hex House is an innovative new disaster shelter design, conceived by Architects For Society, that is designed to "enhance the built environment if disadvantaged communities through innovative architecture and design."
Originating out of Architects For Society's work in inventing a quickly deployable shelter for Syrian refugees in Jordan, the Hex House represents a significant improvement over other kinds of shelters thanks to the inclusion of comforting home amenities such as electricity and running water. The hexagonal shape isn't just a design shape, but is actually intended to maximize the productivity and output of solar panels situated on the roof.
Ultimately, the Hex House's easily deployable design and energy-efficient virtues make it a welcome invention at a time when new and innovative shelter designs are sorely needed given the global refugee crisis.
Hexagonal Disaster Shelters
The Hex House Shelter is Exceptionally Easy to Deploy
Trend Themes
1. Innovative Disaster Shelters - The Hex House represents a significant improvement over other kinds of shelters, with comforting home amenities and energy-efficient virtues.
2. Quickly Deployable Shelters - The Hex House's easily deployable design makes it a valuable solution in times of crisis.
3. Solar-powered Architecture - The hexagonal shape of the Hex House maximizes the productivity of solar panels, presenting an opportunity for energy-efficient design in various industries.
Industry Implications
1. Disaster Relief - The Hex House's innovative design can disrupt the field of disaster relief, providing efficient and comfortable shelter solutions for affected communities.
2. Renewable Energy - The Hex House's integration of solar panels showcases an opportunity for renewable energy companies to collaborate and further develop efficient solar-powered architecture.
3. Architecture and Design - The Hex House's unique design elements open doors for architects and designers to explore innovative approaches, considering both aesthetics and functionality in their projects.