SURVIV(AL) House is a Solar-Powered and Resilient Structure
Madison Mackay — January 16, 2018 — Eco
References: uab.edu & ecohome.net
Students from the University of Alabama have created the 'SURVIV(AL)' House, a solar-powered, resilient structure.
With natural disasters devastating multiple parts of the world, this hurricane-proof home is built to withstand all effects of extreme weather. Built with a 'safe room' that's located within the sub-flooring of the home, this eco-friendly residence offers maximum security. This home is based on three elements: heat mitigation, severe weather security, and quick permanence (a structure that can be easily and quickly re-built after a disaster). With a number of sustainable features, the most remarkable is it's ability to run fully on solar power. Conserving energy is easily done with the structure being wrapped in thick, double-studded, and energy-efficient paneling.
Incorporating a combination of heavy insulation, solar panels and the most innovative safety features, this resilient structure is a modern take on extreme weather architecture.
With natural disasters devastating multiple parts of the world, this hurricane-proof home is built to withstand all effects of extreme weather. Built with a 'safe room' that's located within the sub-flooring of the home, this eco-friendly residence offers maximum security. This home is based on three elements: heat mitigation, severe weather security, and quick permanence (a structure that can be easily and quickly re-built after a disaster). With a number of sustainable features, the most remarkable is it's ability to run fully on solar power. Conserving energy is easily done with the structure being wrapped in thick, double-studded, and energy-efficient paneling.
Incorporating a combination of heavy insulation, solar panels and the most innovative safety features, this resilient structure is a modern take on extreme weather architecture.
Trend Themes
1. Extreme Weather Architecture - Designing structures that can withstand the effects of extreme weather and natural disasters.
2. Solar-powered Homes - Creating residences that can run fully on solar power for energy efficiency.
3. Resilient Construction - Building structures that can be quickly and easily re-built after a disaster.
Industry Implications
1. Architecture - Architects and designers can explore innovative ways to create structures that are resilient to extreme weather conditions.
2. Renewable Energy - The renewable energy industry can capitalize on the demand for solar-powered homes and develop more efficient solar technologies.
3. Construction - The construction industry can focus on developing quick and adaptable construction methods to reconstruct buildings after extreme weather events.
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