The Future of Datacenter

DISCOVER A GREENER, SECURE
AND DECENTRALIZED CLOUD.

VISION

We’re Here to Revolutionize the World of Datacenter

Heat recovery from immersion tanks is an innovative technology designed to optimize the energy efficiency of data centers.

In addition to cooling computer servers, this method enables the heat generated to be used for other applications, thereby reducing the carbon footprint.

OUR MODULE

Fully Autonomous, Uncompromisingly Sustainable

Cooling Efficiency

Immersion tanks enable more efficient cooling, reducing the energy consumption of computer servers.

Space optimization

They also enable optimum use of data center space, which is crucial in space-constrained environments.

Server lifetime

Uniform heat dissipation from in the tanks helps extend server life, reducing replacement costs.

BUILDING THE DECENTRALIZED DATACENTER

ALLEGRIA SOLUTIONS innovative datacenter design also implements decentralized modules close to renewable energy sources.

Servers are immersed in proprietary dielectric fluid tanks that efficiently remove heat, eliminating the need for energy-intensive air cooling.
The recovered heat is used locally for heating systems.
Modules are interconnected through a dedicated low-latency network, aggregating computing power.

By leveraging green power and immersion cooling for maximum efficiency, this distributed, modular architecture achieves carbon-neutral operation with optimal total cost of ownership.

It provides the benefits of centralized datacenters in a decentralized package able to flexibly meet demands across a wide geographic area.

WHY ALLEGRIA SOLUTIONS

A Revolutionary Approach, Hardware Decentralization

A dedicated crew of network architects, data center technicians, and software developers keeps this innovative distributed datacenter solution running smoothly. Their expertise in infrastructure, immersion cooling, automation, and load balancing ensures optimal uptime, efficiency, scalability, and carbon neutrality across the decentralized module network.