Saudi Arabia’s AI Data Center Ambition: Can the Kingdom Challenge the UAE as the Middle East’s Digital Hub?

Introduction

For years, the United Arab Emirates has been one of the Middle East’s most attractive destinations for technology companies, cloud infrastructure, and international investment. Dubai and Abu Dhabi built an early advantage around connectivity, business-friendly regulation, international finance, and a rapidly expanding digital ecosystem.

Saudi Arabia, however, is now building something on a different scale.

The Kingdom is combining enormous land availability, a large and expanding electricity system, major infrastructure investment, and a national strategy focused on artificial intelligence. At the center of this shift is the development of a large-scale AI data center campus at Oxagon in NEOM, being developed by Saudi-based DataVolt in partnership with HUMAIN.

The question is no longer whether Saudi Arabia wants to become a regional AI infrastructure hub. The more interesting question is whether the scale of its infrastructure program can eventually challenge the UAE's established position.

A Different Kind of Data Center Project

The DataVolt development at Oxagon is not simply another conventional cloud facility.

It is being designed as high-density digital infrastructure capable of supporting the rapidly increasing computing requirements of artificial intelligence. Construction is now underway, with HUMAIN and DataVolt developing 100 MW within the first 360 MW phase of the project. The first 100 MW is expected to become available in 2028.

The 360 MW phase itself forms part of a much larger planned 1.5 GW AI data center campus.

That distinction matters.

Traditional enterprise and cloud data centers are generally designed around relatively predictable computing loads. AI infrastructure is different. Modern accelerated computing requires extremely high power densities, advanced cooling systems, high-performance computing clusters, and networking infrastructure capable of moving enormous quantities of data between computing systems.

DataVolt's Oxagon project is being developed around precisely these requirements.

The project was initially announced with an investment of US$5 billion for the first phase of development, with the wider 1.5 GW campus planned to be built in stages. The facility is intended to integrate renewable energy, advanced cooling technologies, and high-performance computing infrastructure for AI and cloud workloads.

DataVolt–Oxagon AI Data Center: Technical Snapshot

The official project announcement does not disclose the exact number of processors, GPUs, or accelerator chips to be installed, nor does it publish a definitive annual electricity-consumption figure for the facility. Those figures should therefore not be confused with the project's electrical capacity.

A 100 MW or 360 MW data center capacity describes the power infrastructure available to the facility; it does not automatically tell us how many AI accelerators will ultimately be deployed inside it.

Why Power Is Becoming the Real Competitive Advantage

The most important element behind the Saudi strategy may not be the building itself. It is the ability to secure electricity at the scale required by next-generation computing.

AI data centers are becoming increasingly dependent on large, reliable power supplies. A facility operating at hundreds of megawatts is closer to an industrial energy project than to a conventional server room.

Saudi Arabia already operates one of the largest electricity systems in the region.

In 2024, Saudi Arabia pumped out 445.8 TWh of electricity—comfortably covering its 406 TWh domestic demand with a massive 121.4 GWof installed capacity. But the grid's foundation remains strictly traditional: fossil fuels generated 99.3% of that power, while renewables accounted for a paper-thin 0.71%.

These figures do not mean that all of this electricity is available for data centers. They do, however, demonstrate the scale of the country's existing power infrastructure.

Saudi Arabia also has a substantial geographical advantage. Its territory is vastly larger than that of the UAE, providing considerably more potential space for large industrial campuses, power infrastructure, and geographically distributed digital facilities.

That becomes increasingly relevant as AI infrastructure moves from individual buildings toward entire data-center campuses.

The long-term advantage may therefore come from combining land, power, industrial infrastructure, and connectivity rather than relying on any single resource.

Saudi Arabia vs. the UAE: Electricity at a Glance

The contrast with the UAE is particularly interesting.

The UAE has built a much more diversified electricity-generation system. Its nuclear program provides a substantial source of low-carbon baseload electricity, while solar power is expanding rapidly.

Saudi Arabia currently produces considerably more electricity overall, while the UAE has a more diversified generation mix.

The numbers reveal two very different strategies.

Saudi Arabia has the larger electricity system by a significant margin, but the UAE has made considerably more progress in diversifying the sources behind its electricity production.

The UAE's most important differentiator is the Barakah Nuclear Energy Plant in Abu Dhabi. The plant consists of four APR1400 pressurized-water reactors developed using technology selected from South Korea's KEPCO-led consortium. Together, the four units have a generating capacity of up to 5.6 GW.

Barakah gives the UAE something particularly valuable for digital infrastructure: a large source of stable, low-carbon electricity that complements natural gas and solar generation.

Saudi Arabia is moving in a different direction, with enormous conventional power resources while simultaneously expanding its renewable-energy ambitions.

For data centers, both models have advantages.

The UAE offers a relatively compact and diversified energy system. Saudi Arabia offers a much larger geographical and electrical base from which a far larger digital infrastructure ecosystem could potentially be built.

The 1.5 GW Number Changes the Scale of the Discussion

A planned 1.5 GW AI campus is significant because it places the project in a different category from a typical regional data center.

The first 360 MW phase is already substantial. Within that phase, the initial 100 MW being developed with HUMAIN represents the first concrete step toward deploying the larger infrastructure platform.

The architecture is also designed around the economics of AI.

Power availability, cooling efficiency, high-density computing, and network latency are increasingly interconnected. An AI facility cannot simply be placed wherever inexpensive land is available. It needs a combination of electrical capacity, cooling infrastructure, fiber connectivity, industrial services, and sufficient physical space for expansion.

Oxagon has been positioned around those requirements.

Its location on the Red Sea provides access to subsea connectivity linking the region with Europe and Africa, while the industrial zone is being developed with large-scale energy and infrastructure requirements in mind.

This makes the project less like an isolated data center and more like the first major component of a broader digital-industrial ecosystem.

DataVolt Is Not the Beginning of Saudi Arabia's Data Center Story

It would be misleading to describe the Oxagon facility as Saudi Arabia's first data center project.

The Kingdom already has a growing data-center ecosystem, including facilities serving conventional cloud computing, enterprise IT, telecommunications, and digital services.

What makes Oxagon different is the scale and intended workload profile.

Much of the existing regional data-center market was built around traditional cloud computing and enterprise demand. AI infrastructure requires a different engineering model.

High-performance accelerators generate significantly more heat than conventional server configurations. This increases the importance of liquid cooling, thermal management, high-density racks, and electrical distribution systems capable of supporting concentrated loads.

The Oxagon project is therefore important not because Saudi Arabia has suddenly discovered data centers, but because the Kingdom is beginning to build infrastructure specifically designed around the next generation of computing.

And it is unlikely to be the last major project.

The Saudi strategy is developing into a broader pipeline of digital infrastructure, with some facilities already operating, others under construction, and additional projects in development.

Saudi Arabia and the UAE Are Now Competing for the Same Future

The competition between Riyadh and Abu Dhabi is not really about which country has the largest data center.

It is about which country can create the most attractive environment for the entire AI infrastructure chain.

That includes:

• electricity generation and grid capacity;
• renewable-energy availability;
• land for large campuses;
• international fiber connectivity;
• cooling infrastructure;
• semiconductor and accelerator supply;
• cloud platforms;
• AI companies;
• sovereign investment;
• telecommunications;
• regulatory support; and
• long-term infrastructure financing.

The UAE entered this competition earlier and has a strong advantage in international connectivity, financial services, and an established technology ecosystem.

Saudi Arabia, however, has the ability to compete through scale.

The Kingdom has more physical territory, a much larger electricity-generation system, and an enormous investment program aimed at transforming its economy.

The DataVolt campus illustrates that strategy perfectly.

Geography Is More Important Than It Looks

The geography of the Gulf creates another dimension to the competition.

Both Saudi Arabia and the UAE occupy strategically important positions between Asia, Europe, and Africa. Both are close to major maritime and energy routes. Both are also exposed to the broader security risks associated with the Gulf, the Red Sea, and tensions involving Iran and its regional allies.

Those risks are not theoretical.

In September 2026, Iran-aligned Houthi forces launched attacks affecting southern Saudi Arabia, including energy-related infrastructure, while broader tensions involving Iran have also increased concerns around Gulf energy and transport infrastructure.

The UAE faces the exact same geopolitical exposure. With recurring friction around the Strait of Hormuz threatening critical shipping lanes, the country has spent years building out alternative energy infrastructure and land-based trade bypasses—ensuring its economy isn't held hostage by a single maritime bottleneck.

For data-center investors, this creates an important consideration: resilience.

Saudi Arabia's enormous geographic area does not make it immune to geopolitical risk. But it potentially gives the Kingdom more options for distributing critical infrastructure across different regions rather than concentrating everything within a relatively small geographic area.

That could become increasingly important as AI infrastructure becomes more critical to national economies.

Energy Diversity Will Remain the UAE's Strongest Advantage

Saudi Arabia's larger electricity system should not obscure one of the UAE's most important advantages: diversification.

The UAE has already established nuclear generation through Barakah and is expanding solar capacity. Barakah's four APR1400 reactors provide up to 5.6 GW of generation capacity, giving the country a major low-carbon baseload component in its electricity system.

Saudi Arabia is also investing heavily in solar power and other renewable-energy projects.

This creates an interesting long-term convergence.

Both countries began with economies dominated by hydrocarbons. Both are now attempting to use their financial resources, land, and energy infrastructure to build a new digital economy.

The difference is that the UAE has moved further toward a diversified electricity mix, while Saudi Arabia has the larger physical and electrical scale from which to expand.

For AI data centers, both characteristics matter.

The Real Competition Is About Scale

The DataVolt–HUMAIN project should therefore be viewed as more than a single construction project.

Its significance lies in what the infrastructure represents.

A 100 MW deployment is already large. A 360 MW first phase is considerably larger. A planned 1.5 GW campus suggests a long-term strategy in which AI computing becomes part of the Kingdom's industrial infrastructure rather than simply another technology-sector investment.

If Saudi Arabia can continue adding large quantities of reliable electricity, renewable generation, fiber connectivity, and high-density computing capacity, the Kingdom could become one of the world's major locations for AI infrastructure.

The UAE will remain a formidable competitor.

It has a mature international business environment, strong connectivity, substantial cloud infrastructure, a diversified energy system, and one of the region's most advanced nuclear-energy programs.

Saudi Arabia's answer is different: scale.

More land.
More electricity generation.
More industrial capacity.
More room for expansion.
And increasingly, more capital directed toward artificial intelligence.

Conclusion: Can Saudi Arabia Overtake the UAE?

Saudi Arabia does not need to replace the UAE overnight to change the regional balance.

The more realistic scenario is that the Gulf develops two competing AI infrastructure centers, each with a different competitive model.

The UAE's advantage is its established digital ecosystem, international connectivity, financial infrastructure, and diversified electricity mix.

Saudi Arabia's advantage is scale.

The Kingdom's 445.8 TWh of annual electricity generation, 121.4 GW of installed capacity, and enormous geographic footprint give it a very different platform for building energy-intensive digital infrastructure. The planned 1.5 GW DataVolt AI campus at Oxagon, beginning with a 360 MW first phase and an initial 100 MW development with HUMAIN, demonstrates how that advantage is being translated into physical infrastructure.

The project is therefore important not simply because it is a large data center.

It is an early demonstration of what Saudi Arabia is attempting to build: an infrastructure ecosystem where power, land, connectivity, cooling, and high-performance computing are developed together.

If that model succeeds and additional projects follow, Saudi Arabia could move from being a major energy producer that consumes digital services to becoming one of the principal physical foundations of the Middle East's AI economy.

The competition with the UAE, in that sense, is only beginning.