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Whitepaper: Cooling the Digital Future

The Strategic Role of Fluids 
in High Density Data Centres

As AI workloads surge and data centre demand accelerates, cooling is no longer a background utility, it’s a defining factor in performance, resilience, and sustainability. This Frost & Sullivan whitepaper explores how advanced cooling architectures and fluid technologies are reshaping high-density data centres, helping operators manage rising thermal loads, reduce energy consumption, and meet growing ESG expectations in an increasingly constrained world.

  • Understand the impact of AI-driven density on cooling, energy demand, and infrastructure design 
  • Learn how fluid performance influences uptime, efficiency, and maintenance risk
  • Navigate global regulatory and ESG pressures shaping data centre operations
  • Discover how strategic coolant decisions drive long-term cost and sustainability outcomes

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Array

The scale of the cooling challenge

Reduce our GHG Emissions

4%

of global electricity by 2030

safe

30–40%

of data centre energy is cooling-related

Embrace and help develop low-carbon mobility solutions

30-50%

potential reduction in cooling energy
 

Build a Smarter, More Resilient Data Centre Strategy

As data centres scale to meet the demands of AI and high-performance computing, cooling is no longer just an operational consideration—it’s a strategic lever for efficiency, resilience, and long-term sustainability. From rising energy consumption and thermal density to increasing regulatory and ESG pressures, the decisions you make today around cooling architecture and fluid management will directly shape your performance tomorrow.

This whitepaper reveals how forward-thinking organisations are re-evaluating traditional approaches, adopting advanced cooling technologies, and treating fluids not as commodities, but as critical components of system performance. By aligning cooling strategies with infrastructure goals, operators can reduce downtime risk, optimise energy usage, and unlock meaningful cost savings over the lifecycle of their facilities.

Download the full whitepaper to discover how to future-proof your data centre with smarter cooling strategies.

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Frequently asked questions

Why is cooling becoming a critical issue in modern data centres?

Cooling is no longer just a supporting function, it’s a major driver of performance and efficiency. As AI workloads increase, rack densities are rising significantly, generating more heat in smaller spaces. At the same time, cooling can account for 30–40% of total data centre energy consumption, making it a key factor in both operational cost and sustainability.

What are the benefits of advanced cooling technologies like liquid or immersion cooling?

Advanced cooling approaches such as liquid and immersion cooling are designed to handle higher-density workloads more efficiently than traditional air systems. They can reduce cooling energy consumption by up to 30–50%, improve thermal stability, and lower or even eliminate water usage depending on the system design. These technologies also enable higher rack densities and better space utilisation.

How do fluids impact data centre performance and reliability?

Fluids play a critical role in both cooling and mechanical systems within a data centre. Their performance affects heat transfer efficiency, equipment lifespan, and maintenance requirements. High-quality, well-managed fluids can improve system stability, reduce downtime risk, and extend service life by up to 50–100% in high-load environments, making them a key factor in long-term operational efficiency.

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