Revolutionizing Data Center Cooling for a Sustainable Future

At EneaD, PhD and engineers in fluid mechanics, we are transforming data center cooling with our patented single-phase immersion cooling technology, utilizing microbubble injection to achieve unprecedented efficiency. Our solution eliminates the need for traditional cold plates and water-based systems, significantly reducing energy consumption, carbon emissions, and maintenance costs. Designed to support the growing demands of AI and high-performance computing, EneaD provides a scalable and eco-friendly solution that aligns with modern sustainability goals

Value Proposition

GPU enabler for one-phase immersion cooling

EneaD offers an innovative technology that enables the single-phase immersion of GPUs in a specially designed dielectric fluid to optimize heat dissipation. With our solution, data centers can fully harness the power of GPUs without the limitations of traditional cooling methods. This technology eliminates hot spots, extends hardware lifespan, and ensures optimal performance even for the most demanding workloads.

20 times less energy to cool GPUs

Our groundbreaking solution drastically reduces energy consumption, requiring 20 times less energy to cool GPUs compared to conventional cooling systems. Unlike traditional energy-intensive cooling infrastructures, EneaD provides exceptional thermal efficiency with minimal energy impact, significantly lowering operational costs and contributing to a more sustainable data center environment. Only 2 Watts per Hot spot.

Zero cold plate, no leakage, no water, any form factor, space increased, and ease of maintenance

EneaD eliminates the complexities of cold plate cooling systems by completely removing the risk of water leakage and reducing maintenance needs. Our solution adapts to any component form factor, providing unparalleled flexibility, significant space savings, and ease of installation and maintenance, revolutionizing data center cooling management

Decarbonization – 34 tonnes of CO2 per tank

With our advanced cooling technology, each EneaD tank contributes to reducing 34 tonnes of CO₂ emissions annually, helping data centers achieve their decarbonization goals. This solution allows businesses to significantly cut their carbon footprint, meeting increasing environmental regulations while ensuring higher profitability.

Heat reuse, ability to work with a fluid temperature of up to 60°C

A key feature of our solution is its ability to reuse waste heat. EneaD operates efficiently with fluid temperatures up to 60°C, allowing this residual energy to be repurposed for building heating or other industrial processes, providing a dual benefit in terms of energy efficiency and sustainability

Higher density

EneaD enables data centers to significantly increase equipment density without compromising performance. Our technology efficiently handles high thermal loads, freeing up valuable space and allowing businesses to deploy more computing power in a compact footprint while maintaining optimal cooling

Real-World Demonstration

DCW Paris showcased to demonstrate 10°C temperature gain with enead's technology

EneaD's participation in the Data Center World exhibition was a resounding success, receiving an outstanding reception from both tank manufacturers and server manufacturers. Our groundbreaking immersion cooling technology captured significant interest, with industry leaders recognizing its potential to revolutionize data center cooling by offering unparalleled energy efficiency, simplified maintenance, and enhanced performance. The event provided an excellent platform to showcase our solution’s ability to address the pressing challenges of high-density AI workloads while significantly reducing carbon footprints. The enthusiastic feedback and productive discussions we had during the exhibition have further validated our approach and paved the way for promising collaborations and strategic partnerships, reinforcing EneaD's position as a key player in sustainable data center cooling solutions

2022

Year of foundation

34

tonnes of CO₂ savings per tank deployment

2

international patents filed