Brooklyn-based design studio Modu created the Promenade building, which has an exterior that lowers the ambient air temperature to cool the entire structure. The studio adds pocket gardens, fluted walls made from concrete, trellises, and vertical fins to support the building. It will be a place to host wellness and health clients as it boasts a plethora of offices -- each tenant gets its own interiors and exterior space.
Founding director of Modu, Phu Hoang tells Dezeen that, "Houston is a very hot climate with a lot of rain. So what we were trying to do is to think about how you can design for that climate and specifically, an idea of designing to lower the heat of the air that's around the building. In hot climates like that, if you can lower the air temperature, then it would require less air conditioning because the air around the building is cooler."
Self-Cooling Exterior Buildings
Modu Creates the Promenade Building to Control Air Temperature
Trend Themes
1. Self-cooling Buildings - The design studio Modu creates buildings with exteriors that lower the ambient air temperature, reducing the need for extensive air conditioning.
2. Pocket Gardens - Modu incorporates pocket gardens into their building designs to help regulate air temperature and create a more sustainable and comfortable environment.
3. Vertical Fins - Modu utilizes vertical fins in their building exteriors to assist in cooling the structure and reducing energy consumption for climate control.
Industry Implications
1. Architecture - Modu's innovative approach to building design offers opportunities for architects to create more energy-efficient and sustainable structures.
2. Real Estate - The incorporation of self-cooling technologies in buildings presents a new selling point for real estate developers looking to attract environmentally conscious clients.
3. Building Materials - The use of fluted walls made from concrete in Modu's designs opens up possibilities for building material manufacturers to create sustainable products that aid in temperature regulation.