FEATURE for predictable, distributed demand patterns. Cooling infrastructure presents equally daunting challenges. Traditional air-cooled chillers, which rely on very cold water( around 4 – 6 ° C), struggle when ambient temperatures exceed 50 ° C, consuming substantial energy. AI compounds this exponentially: air cooling becomes inefficient above 50 kW per rack, necessitating liquid cooling solutions that are both more complex and energy-intensive. In extreme Middle Eastern climates, cooling infrastructure can consume 50 % or more of a facility’ s total power, creating a compounding effect where AI’ s higher power density hinges on even more cooling power.
These challenges require advanced power infrastructure solutions. Traditional UPS systems designed for gradual power ramps can’ t handle AI’ s microsecond-scale power variations, creating reliability risks that could undermine billion-dollar infrastructure investments. Immediate Power Solutions( IPS) deliver high-rate power instantly, enabling infrastructure to be right-sized for normal operation while meeting peak demand during power surges.
Propelling IPS Innovation
These IPS architecture requirements have driven innovation in the battery technology sector, with companies like ZincFive developing specialised solutions for AI workloads.
At ZincFive, we deliver high-power nickelzinc( NiZn) battery systems for UPS and other mission-critical applications. Built on NiZn chemistry, our Immediate Power Solutions respond to millisecond-level AI power fluctuations while supporting conventional base-load and backup demands – without the safety, sustainability, footprint or cost tradeoffs of legacy battery chemistries.
This versatility addresses a critical gap in the market, where operators need solutions that can support both legacy IT infrastructure and next-generation AI workloads in the same facility. This approach is exemplified by ZincFive’ s BC 2 AI UPS Battery Cabinet, which
In extreme Middle Eastern climates, cooling infrastructure can consume 50 % or more of a facility’ s total power integrates immediate, high-rate power delivery and reliable backup in a compact, data centre – ready footprint.
In addition, ZincFive has already prepared for the extensive EU Battery Regulation 2023 / 1542, which lays out unprecedented requirements for supply chain transparency and environmental compliance. Technologies that have navigated this regulatory framework – demonstrating compliance with the world’ s most stringent standards – offer crucial advantages for Middle East operators seeking international partnerships and investor confidence.
The Path Forward: Transformation, Not Just Scaling
Goldman Sachs Research currently estimates the power usage by the global data centre market to be around 55 gigawatts( as of their recent reports), and projects power demand will reach 84 GW by 2027, with AI growing to 27 % of the overall market. The Middle East can capture a significant portion of this growth, but success requires recognising that this isn’ t just a scaling challenge – it’ s a transformation challenge.
While the region’ s energy resources and the 400-kV GCC super grid provide a world-class foundation, the era of theoretical planning is over. The transition from 2022 projections to the 2026‘ AI Reality’ – marked by trial operations of the Saudi-Egypt interconnection and recordbreaking solar deployments – demands an unprecedented level of infrastructure sophistication.
Success now hinges on more than just scale; it requires real-time grid integration for gigawattclass campuses, AI-optimised cooling that defies 50 ° C summer peaks, and a highly resilient regional network capable of balancing constant AI pulse loads with the variable output of 12 + GW of new solar capacity.
In order for the Middle East to recognise its AI dreams, advanced power infrastructure deployment will need to be accelerated and cooling technologies will need to be addressed proactively. And, the region should consider leveraging the recent regulatory work that the EU has put in place, which prioritises sustainability.
The Middle East’ s AI race isn’ t just about who can invest the most – it’ s about whether the region can collaborate to build connected power infrastructure that is sophisticated enough to underpin massive AI workloads. •
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INTELLIGENT CIO MIDDLE EAST www. intelligentcio. com