Our Technology

While our technology works perfectly in temperate zones and dry heat, it is less effective in high humidity. The dew point represents a physical limit that would prevent our solution from being used in regions like Southeast Asia.

We have placed energy efficiency and sustainability at the heart of our production processes, with a particular focus on responsible water management. Our solution is specifically designed to use water optimally, only during the evaporation process, which plays a key role in cooling the air.

Unlike traditional adiabatic systems, our equipment does not humidify the surrounding air and does not require a lift pump. Over the course of a four-month season, our technology consumes an average of 1 to 2 m³ of water to generate 2000W of cooling. By comparison, the average French person uses around 54 m³ of water per year for daily needs (drinking, heating, hygiene), which is then polluted and requires treatment.

The water we use, on the other hand, returns to the atmosphere completely clean, without the need for further treatment. In other words, we ensure thermal comfort throughout the summer using the equivalent of the water from about fifteen showers.

These systems, simple and compact, cool the air by passing it through a moist material, similar to the human sweating process. While energy-efficient and low-cost, they have a major drawback: the humidity they generate significantly impacts the perceived comfort. Additionally, direct adiabatic cooling consumes a large amount of water, making it less sustainable in the long run.

They combine a direct adiabatic cooler with a heat exchanger to cool incoming air without increasing indoor humidity, thereby reducing health risks. Although bulkier and more expensive, they offer limited cooling power and are primarily used in warehouses and commercial buildings, but are not suitable for residential use.