This collaboration highlights Accelsius’ advanced thermal management capabilities and showcases Nordik Data Centers’ commitment to sustainable data center technologies.
The new Montreal-based AI data center is set to become a benchmark, pushing the boundaries of performance and sustainability. The facility will provide a unique environment where customers can measure key performance indicators, including:
These metrics are critical for driving sustainable, high-performance AI data center operations while reducing environmental impact.
Nordik Data Centers’ decision to adopt two-phase, direct-to-chip liquid cooling reflects a strategic move to protect high-value IT infrastructure, where individual server racks can exceed $1 million. Unlike traditional water-based cooling systems, this cutting-edge technology eliminates the risk of leaks and provides superior thermal efficiency, ensuring both peak performance and extended hardware lifespan.
For Accelsius, this collaboration represents more than just a business partnership—it embodies a shared vision to deliver advanced, sustainable infrastructure solutions tailored to the evolving demands of AI-driven industries. Nordik Data Centers’ strong focus on environmental stewardship, combined with Accelsius’ innovative cooling technologies, sets a standard for AI data center sustainability in Quebec and beyond.
By integrating renewable energy sources and advanced heat recovery systems, the facility aims to achieve exceptional compute performance while significantly reducing its carbon footprint. This helps to reinforce Montreal’s position as a hub for AI infrastructure development.
An important feature of this partnership is the establishment of a co-innovation lab, where customers, industry stakeholders, and ecosystem partners can experience the power of Accelsius’ cooling technology firsthand. This immersive lab environment will enable comprehensive testing, performance benchmarking, and validation of critical metrics, offering data-driven insights into the advantages of two-phase, direct-to-chip cooling.
Visitors to the lab will witness how this advanced cooling system outperforms traditional methods, delivering exceptional energy efficiency, thermal management, and operational reliability at scale.