Cooling Photonics introduces a disruptive technology that challenges the current cooling solutions available in the market. Thermal radiation enabled by the micro-tech works in conjunction together with existing conduction and convection channels, providing a typically untapped route for heat removal, solving thermal management challenges in the most efficient manner.

Our products can reduce the temperature from 5 to 20ºC depending on the properties of the material where it is installed.

Based on a natural process through which our planet regulates its temperature, like the sand of the desert that emits infrared radiation that crosses through the atmosphere and dissipates the heat in the outer space regulating the temperature of the planet. This mechanism through which a body is cooled down by emitting infrared radiation, is known as radiative cooling. This is a ubiquitous and highly efficient process, since all objects emit infrared radiation.

We have replicated and enhanced this...
Cooling Photonics introduces a disruptive technology that challenges the current cooling solutions available in the market. Thermal radiation enabled by the micro-tech works in conjunction together with existing conduction and convection channels, providing a typically untapped route for heat removal, solving thermal management challenges in the most efficient manner.

Our products can reduce the temperature from 5 to 20ºC depending on the properties of the material where it is installed.

Based on a natural process through which our planet regulates its temperature, like the sand of the desert that emits infrared radiation that crosses through the atmosphere and dissipates the heat in the outer space regulating the temperature of the planet. This mechanism through which a body is cooled down by emitting infrared radiation, is known as radiative cooling. This is a ubiquitous and highly efficient process, since all objects emit infrared radiation.

We have replicated and enhanced this physical property applying nanoscience and nanotechnology, cooling down any surface or device, even under direct sunlight, with no energy consumption, zero emissions and not taking up any space. Our products can be easily customised with some other interesting physical properties making the solution much more efficient and adaptable to different uses.
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Javier Achiaga
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Recommendations

As Head of Business and Innovation at ICN2, I have been working with the team behind Cooling Photonics since its inception. The company brings together talent from quantum physics, engineering and business, with a clear vision of a carbon-neutral future for the world.
The core technology under development is bound to make a large technical impact and has the potential to disrupt the economics of heat management in devices through a large range of sizes, from square centimeters to square meters.
Our institution has supported the project at the basic science level by awarding a series of funding tickets, in addition to developing the industrial property. We are convinced that that Cooling will grow and succeed in it mission.
It has been very satisfactory to see Colling in a successful trajectory through its first steps as a corporation, and it is with great conviction and enthusiasm that I recommend Cooling as a budding provider of technological solutions for heat management.