Efficiency and Sustainability for Hyperscale Data Centers - HiRef | HiRef S.p.A.

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Advanced Solutions for a Hyperscale Data Center in Central Europe

Advanced Solutions for a Hyperscale Data Center in Central Europe

  • Data Centers

Year: 2025

Location: Central Europe

Product category: Perimeter-mounted units

HiRef helped build a Hyperscale Data Center in Central Europe by providing innovative cooling and energy management solutions. Using advanced technologies such as full inverter chillers with low-GWP refrigerant and the HiNode intelligent system, the data center ensures maximum efficiency, sustainability, and operational reliability.

The project

The project

HiRef recently provided state-of-the-art cooling and energy management solutions for a Hyperscale Data Center in Central Europe. The project stands out for its operational efficiency, environmental sustainability, and integration of advanced technologies.

Technologies

Technologies

Efficient and sustainable cooling
HiRef supplied 10 full inverter chillers with R1234ze refrigerant (GWP=6), each with a capacity of 1.5 MW, optimized for free cooling. Quiet operation and reduced consumption are ensured by an advanced soundproofing system and intelligent energy monitoring.

Advanced management with HiNode

The HiNode system ensures real-time control of thermal loads and environmental conditions, optimizing the operation of chillers, FanWalls and pumping systems. Dynamic airflow control, predictive monitoring and cloud integration ensure maximum efficiency and operational reliability.

Results and benefits

Results and benefits

Thanks to the implemented technologies, the data center achieves high levels of energy efficiency, reducing energy consumption and optimizing the lifecycle of the systems. Integration among HiRef systems ensures operational reliability, scalability, and low environmental impact.

This project is a concrete example of HiRef's commitment to innovation for the data center industry, ensuring sustainable and high-performance solutions at hyperscale.

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