The Cool Retreats project by Michael Jantzen is primarily focused on providing non-housed individuals with a temporary cooling shelter. However, the cooling pavilions are designed to accommodate the public on a larger scale, especially those looking for a refuge from the summer heat.
The project includes several different solar-powered cooling pavilions. The Solar Ceiling Fan Pavilion, for example, captures sunlight in its solar cells, which is then converted into electricity to power the ceiling fans. Additionally, the Solar Breeze Oasis Pavilion is a prefabricated, modular, octagon-shaped structure with solar cells mounted on the roof. This design uses five large ceiling fans to provide shade a cool breeze. Similarly, the Cool Spots pavilions are cylindrical spaces that include solar-powered fans, lights, and power ports.
Public Cooling Pavilions
Cool Retreats are Solar-Powered Public Temporary Cooling Pavilions
Trend Themes
1. Solar-powered Structures - There is an opportunity to expand the creation of solar-powered structures beyond Cool Retreats to address the growing need for sustainable infrastructure.
2. Temporary Public Shelters - With climate change causing more extreme temperatures, there is potential for the creation of more temporary public shelters such as Cool Retreats in cities worldwide.
3. Green Energy in Public Spaces - Incorporating green energy sources, such as solar cells, into public spaces and structures can provide an opportunity to promote sustainability and educate the public on renewable energy sources.
Industry Implications
1. Architecture and Design - The architecture and design industry has an opportunity to specialize in innovative projects that prioritize green energy sources and address pressing climate issues.
2. Public Utilities - Public utilities can play a role in providing necessary infrastructure and resources to help support the creation of temporary public shelters and sustainable public spaces.
3. Renewable Energy - Expanding the use of renewable energy sources beyond traditional structures and on a larger scale can drive new advancements and innovation in renewable energy industries.