Designer Simon Pavy works together with the global design agency Entreautre to join forces to design a low-tech cooler, which is inspired by ancient practices. Notably, the cooler system is 3D-printed, and the main focus is its effective principle. At the core is a porous terracotta container that is filled with water.
This relies on the porous building structure that relies on the external walls, which is a common architectural practice that has been used in the Middle East and hotter regions in India. There are also influences drawn from Egypt as they hang wet reed mats over windows and doorways as an evaporative cooling method. These natural inspirations can be seen transpired in the intricate cooling system.
3D-Printed Terracotta Coolers
Simon Pavy and Entreautre Designs a New Low-Tech Cooler
Trend Themes
1. Low-tech Coolers - Designer Simon Pavy and Entreautre design a low-tech cooler inspired by ancient practices, incorporating a 3D-printed porous terracotta container.
2. Porous Building Structures - The 3D-printed terracotta cooler draws inspiration from the porous building structures commonly used in the Middle East and hotter regions in India.
3. Evaporative Cooling Methods - The cooler's design features influences from Egypt's evaporative cooling methods, such as hanging wet reed mats over windows and doorways as a natural cooling technique.
Industry Implications
1. Design and Architecture - The collaboration between Simon Pavy and Entreautre showcases the potential for innovative cooling solutions in the design and architecture industry.
2. 3D Printing - The 3D-printed terracotta cooler highlights the applications of 3D printing technology in creating functional and sustainable cooling systems.
3. Sustainable Energy - The low-tech cooler's focus on natural cooling methods presents opportunities for disruptive innovation in the sustainable energy industry.