Powered fully by hydroelectric vitality, the Polar facility minimises its carbon footprint while accommodating high-density, liquid-cooled environments of as much as 120kW per rack. The Vertiv resolution is designed with N+1 redundancy throughout electrical and thermal programs, delivering the resilience and reliability to help AI and accelerated computing operations. Polar’s mission is to create an industry-leading, environmentally accountable infrastructure platform for his or her prospects to develop the way forward for AI.
As AI functions turn into more and more resource-intensive, the demand for scalable and energy-efficient infrastructure is larger than ever. With Vertiv’s preconfigured energy and cooling infrastructure, Polar’s new facility is about to fulfill these challenges, supporting a high-performance computing surroundings with operational agility that helps their sustainability enterprise targets.
Viktor Petik, senior vice chairman, infrastructure options at Vertiv, commented: “This collaboration showcases the power of Vertiv’s modular method, offering Polar with a high-density, AI-ready infrastructure that mixes speedy deployment with excellent vitality effectivity. By leveraging factory-assembled infrastructure, we overcome conventional on-site challenges and ship an answer tailor-made to Polar’s evolving necessities.”
Andy Hayes, CEO at Polar, mentioned: “We’re excited to companion with Vertiv on this modern undertaking, which permits us to scale shortly and effectively whereas sustaining a robust dedication to sustainability. The flexibleness of Vertiv’s resolution permits us to simply broaden to fulfill market demand, and helps us to help our shoppers with cutting-edge AI and HPC capabilities.”
As a part of this collaboration, Vertiv is designing, manufacturing, delivering, putting in, and commissioning a completely geared up, scalable, AI-ready prefabricated modular (PFM) resolution able to supporting a 12 MW IT load, with the choice to broaden as much as 50 MW. The answer contains Vertiv™ EXL S1, a extremely environment friendly and grid-interactive uninterruptible energy provide (UPS) in a position to help the variable energy a great deal of AI and different HPC functions. It additionally options the compact Vertiv™ Liebert® AFC chiller with very low-GWP (international warming potential) refrigerant, designed to considerably scale back carbon emissions, and permitting as much as 20% decrease annual vitality consumption in comparison with fastened screw programs.
The primary deployment part of the undertaking is about to go reside within the second half of 2025, with additional growth already deliberate. The ability is the primary in Polar’s portfolio of formidable developments that may increase the usual of AI-ready information centres throughout Europe.
