Experience the future of sustainable data centre cooling!Geniox Tera

High performance with low operating costs and maximum uptime.

Welcome to Geniox Tera, a range of air handling units specifically tailored to the needs of modern data centres. The product family comprises three versions: Tera I, Tera F, and Tera D. Offering true flexibility and adaptability, all units are advanced cooling systems designed to meet a range of cooling requirements in different environments and configurations.

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Whether you’re working on a small-scale project or a large industrial application, Systemair’s commitment to quality and customisation ensures that you receive a cooling solution that is both effective and dependable.

Why choose Geniox Tera data center cooling solutions?

Reliable

Guarantees maximum uptime, a critical factor in maintaining uninterrupted data centre operations.

Efficient

Ensures minimal internal pressure drop and air velocity, leading to lower fan power usage and effective thermal exchange with outdoor air.

User-friendly

Intuitive control systems streamline operation, reducing downtime and ensuring seamless, continuous cooling.

Individual Project Approach

At Systemair, we understand that every project has its own unique requirements. That’s why our cooling solutions are custom-designed to meet the specific needs of every project. Our team of experts works closely with you to understand the goals and challenges, ensuring that the solution we provide is perfectly aligned with your expectations.

365 Performance Center

Accurate and stable performance of cooling units is crucial for data center facilities

At our 365 Performance Center, you can observe the units operating under simulated conditions from -5 °C to +45°C. With our extensive range of testing equipment, we can fully test our units under data center heat loads and the most challenging ambient conditions. The Integrated SCADA system with remote access enables conducting witness tests from a distance, which is particularly crucial in today's efforts to reduce CO2 emissions.