Seville's Innovative Cooling System Project: CA canots

What is the name of the unique underground air conditioning system implemented in Seville?

What is the main source of power for the underground air conditioning system in Seville?

What is the predicted temperature that Seville might face at the end of the century according to current projections?

How is the underground air conditioning system in Seville inspired by ancient technology?

What is the aim of the initiative funded by the EU in Seville?

When is the completion date expected for the CA canots project in Seville?

Seville, in Spain, is known for historic architecture, flamenco music, and extreme heat, with temperatures reaching over 40°C even before summer arrives.
The region is experiencing record-breaking temperatures and is predicted to face 50°C heat waves by the end of the century due to warm air from North Africa.
Seville has implemented a unique underground air conditioning system inspired by ancient Persian technology to cool public spaces with minimal energy usage.
This project, named CA canots, involves constructing tunnels filled with water to cool warm air, circulating it through buildings using pipes, wind towers, and evaporative cooling methods.
The system includes solar panels for power, an aqueduct with sprayed water for cooling, and specialized coverings in public spaces to regulate temperature.
The initiative aims to demonstrate how urban environments can be made more comfortable in hot climates and is funded by the EU with €5 million.
Despite delays and challenges, the project is expected to be completed by the end of 2023, showcasing a blend of ancient and modern techniques to combat rising temperatures in cities like Seville.

Learn about Seville's unique underground air conditioning system, inspired by ancient Persian technology, to combat extreme heat using minimal energy. Discover how the project combines innovative cooling methods like water-filled tunnels, solar panels, and evaporative cooling to create a more comfortable urban environment.