Vertiv's solution is designed with N+1 redundancy across electrical and thermal systems, providing the resilience and reliability needed to support AI and accelerated computing operations. Polar's mission is to create a cutting-edge, environmentally responsible infrastructure platform so its customers can develop the future of AI.
As AI applications become increasingly resource-intensive, the demand for scalable and efficient infrastructure is greater than ever. Thanks to Vertiv's pre-configured power and cooling infrastructure, Polar's new facility will be able to meet this challenge and support a high-performance computing environment with operational agility that will accelerate its business objectives.
Viktor Petik, senior vice president of infrastructure solutions at Vertiv, commented, "This collaboration demonstrates the effectiveness of Vertiv's modular approach, providing Polar with a high-density, AI-ready infrastructure that combines rapid deployment with exceptional energy efficiency. By leveraging factory-assembled infrastructure, we were able to overcome several common on-site installation challenges to deliver a solution tailored to Polar's evolving requirements."
Andy Hayes, CEO of Polar, added: “We are very pleased to be collaborating with Vertiv on this innovative project that will allow us to scale quickly and efficiently while maintaining a strong commitment to sustainability. The flexibility of Vertiv’s solution will facilitate expansion to meet market demands and help us support our customers with cutting-edge AI and high-performance computing capabilities.”
As part of this collaboration, Vertiv is designing, manufacturing, delivering, installing, and commissioning a fully equipped, scalable, AI-ready prefabricated modular (PFM) solution capable of supporting a 12 MW computing load, with the option to expand to 50 MW. The solution includes the Vertiv™ EXL S1, a highly efficient, grid-interactive uninterruptible power supply (UPS) capable of protecting the variable loads of AI and high-performance computing applications. It also features the Vertiv™ Liebert® AFC compact chiller, which uses refrigerant with a very low global warming potential (GWP), designed to significantly reduce carbon emissions and deliver 20% annual energy savings compared to fixed-screw systems.
The first phase of the project deployment will begin in the second half of 2025, with expansion already planned. This installation will be the first in Polar’s portfolio of ambitious developments that will raise the standard for AI-ready data centers across Europe.
For more information on Polar’s project, see the case study via the following link. For further information about Vertiv’s solutions for AI deployments and high-performance computing, visit Vertiv.com.
Aire promotes the creation of MVNOs with its "turnkey" solution for companies
Aire (formerly Grupo Aire) consolidates its "turnkey" model that eliminates barriers to entry so that companies can become Mobile Virtual Network Operators (MVNOs) in an agile, simple way and without the need for their own infrastructure or technical knowledge.
