Decarbonization thanks to computing

We are replacing oil and natural gas with computing power - the fuel of the future.

10 %

global energy consumption in 2030 through computing

7%

global emissions from computing in 2030

40%

of the energy is used to cool a data center

3x

Energy consumption of data centers until 2025
The problem

The energy waste

Modern data centers are already powered by renewable energy, which reduces CO2 pollution. Nevertheless, we are still faced with the problem of how to deal with waste heat from computers. Air cooling cannot keep it in check efficiently enough and most of the waste heat is released into the atmosphere. Innovative solutions are needed to reduce this energy waste and keep the valuable energy in the cycle.

Our solution

The meaningful connection

The solution is to run high-performance computing (HPC) where fossil-free heat can be used - for example, in greenhouses, hotels or industrial plants. This allows waste heat to be used elsewhere and kept in circulation in an efficient way. In this way, we use the same energy twice. This makes economic as well as ecological sense.

30 %

Less power consumption

3x

Longer service life

1000x

Higher thermal density

10x

Less space required
Technology

Highly efficient immersion cooling

Immersion cooling is the most innovative, sustainable method of operating high-performance HPC servers. Computer components are immersed in a liquid coolant. This method has several advantages over conventional air cooling systems.

Our core competence

We connect and optimize

We understand the needs of all parties involved and optimize the overall system for everyone. Through the right set-up of HPC resources, the optimal use of renewable energy, the right sizing, the use of state-of-the-art energy storage and the integration of the balancing energy market, we can guarantee fossil-free heat demand at a site.

"Heating and computing are the optimal symbiosis."
Our partners

From Switzerland,
for the environment!

We are supported and promoted by strong partners.