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Sustainability is no longer about reducing environmental impact, it should be increasingly about making better use of every resource entering the facility and capturing greater value from what leaves it
Why efficiency in existing facilities has shifted from good intention to obligation
AI-focused data centers require new backup power strategies as their rack power density is rising sharply and their workloads fluctuate rapidly
Sealed management solves the water, power, and waste heat problems the public is increasingly wary of
Heat is a sign that something good is happening. The question is whether we can take that signal and make it even more valuable
The reality of AI infrastructure has arrived: the power-hungry chips of today, such as the NVIDIA Blackwell, have rendered traditional air cooling obsolete
How operators can introduce liquid cooling when servers or facility infrastructure are not yet ready for a full transition
Airflow intelligence was built to close the gap between a facility's design PUE and its actual PUE. Clean air is what keeps that gap closed
While much of the industry discussion focuses on thermal performance and cooling system design, another factor is becoming increasingly important: the quality of the cooling media itself
Small changes can be a warning sign
As AI matures and scales, organizations must decide: Where will these high-density workloads run?
Material compatibility, contamination control and lifecycle considerations for direct-to-chip liquid cooling
Why thermal lag in CDU control systems is an unaccounted-for reliability risk
Rapid growth of data centers forces operators to rethink thermal fluid management
As rack power densities continue to increase across hyperscale, neocloud, and enterprise data centers, operators are under growing pressure to improve cooling performance while reducing energy consumption
Exploring PG25, dielectric fluids, and ASHRAE recommendations
Is HTS starting to make sense for data center operators?
Water has become one of the newest variables in data center planning – and one of the most regulated
The question is no longer simply: "Which cooling component performs best?" It is: "Which thermal architecture gives us the performance and headroom to support what comes next?"
As rising temperatures and high-density AI workloads place increasing pressure on critical infrastructure, modernizing cooling systems are becoming essential for maintaining uptime, efficiency, and resilience
Identifying which liquid cooling architecture to design for
Australia’s data center market is entering a new phase of growth
Why a comprehensive fluid lifecycle management strategy helps set the stage for success in the liquid-cooled data center
Increasing densities, equipment varieties, and services have led to complexity challenges. What the market needs is integrated solutions from a provider that can support the AI wave at every step
The question may not be whether cooling infrastructure can operate on 800VDC. It’s whether the supplier ecosystem can evolve quickly enough to support that future
As data center power density climbs, successful infrastructure planning depends on understanding how power availability, cooling strategy, and deployment timelines influence one another
As data center capacity expands and computing densities increase, thermal management is becoming one of the industry’s most critical challenges
Measuring water consumption at the facility level is no longer sufficient. A comprehensive approach must consider the full lifecycle, integrating energy production, geography, and climate