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A CAPITAL STRUCTURE BLUEPRINT FOR SPONSORS AND CFOs

Saudi Arabia’s installed data center footprint carries roughly 410 MW of IT load capacity across some 40 operating facilities, and is forecast to reach approximately 1 GW by 2030, growing faster than any other market in the region. That forecast, however, is only a fraction of its announced ambition.

HUMAIN, the Public Investment Fund’s national artificial intelligence company, has been reported as targeting 6.4-6.6 GW of data center capacity over the coming decade, through a combination of its own facilities and leased capacity from other operators¹. Its first sites in Riyadh and Dammam each launch at an initial capacity of at least 100 MW². Its joint venture with stc’s center3, in which HUMAIN holds 51% and center3 holds 49%, begins at 250 MW and targets up to 1 GW³. DataVolt committed $5 billion to a 1.5 GW campus at Oxagon in NEOM. AWS is investing $5.3 billion to develop a new infrastructure region in the Kingdom⁴. Across the GCC, MEED tracks more than 174 active and planned data center projects with a combined value above $93 billion⁵.

The demand case is increasingly well established. Three forces underpin it: 

• A cloud-first public sector mandate underpinned by data sovereignty and personal data protection legislation; 
• Hyperscalers that increasingly lease rather than build in new markets; and 
• AI workloads whose economics depend on the cost and availability of power, which is a comparative advantage the Kingdom is building its pitch around. 

On the installed base above, Saudi Arabia carries roughly 12 watts of data center capacity per capita (assuming a population of ~34m). The UAE, ~510 MW⁶ against ~10m people, and the United States, at 17.2 GW⁷ against ~340m, both are close to 50 watts, which is roughly four times the Saudi figure. This level of under penetration, in a market with this much capital behind it, is a build-out waiting to be financed.

Critically, much of the build is a private-sector build. Capacity is increasingly being developed by third-party operators and specialist developers—DataVolt, center3, Khazna, ezditek, Sahayeb and others—rather than by the end users consuming it. That shift transfers the balance sheet burden from users to sponsors, and from equity to debt.

SIZING THE CAPITAL CALL

Two trajectories, two very different financing tasks

On published benchmarks of approximately $11-14 million per MW of IT load for shell, core and mechanical and electrical plant before any IT hardware⁸, the capital requirement could be either one of two very different numbers depending on which trajectory the Kingdom follows. 

Note that these are global benchmarks; Saudi power costs and construction labor could put the Kingdom at the lower end of that range, and a Kingdom-specific basis should be substituted where available.

• Base case. Growth from roughly 410 MW to approximately 1 GW of IT load by 2030 implies around 620 MW of incremental capacity, or $7-9 billion of project capital. At 50-75% gearing, that is $3.5-7 billion of debt which is less than 1% of Saudi banks’ SAR 3.4 trillion private-sector loan book⁹, and well inside what the market has absorbed for a single sector before.
• Announced delivery case. If even half of the publicly announced pipeline is energized by 2030 - in the order of 2.5-3 GW—project capital cost rises to $28-42 billion and the debt requirement to $14-32 billion. Absorbing that would require broader syndication than Saudi banks have previously assembled for this sector and would open real space for institutional capital alongside them. 

The difference between these two scenarios highlights the financing challenge. It will not be closed by announcements, land allocation, or power availability, all of which the Kingdom has. It will be closed (or not) on a project-by-project basis, on whether individual assets are structured in a way that debt capital providers can underwrite.

Data center capital is not being raised in isolation. A Vision 2030 project finance pipeline of $100–150 billion is competing for the same lender balance sheets and the same credit committee approvals

THE FRAMEWORK

Data center financing, particularly as it relates to debt, in the Kingdom has faced the predictable challenges: 

• Sponsors approaching lenders without signed offtake agreement
• Retained delivery risk where it should have been transferred, and 
• Capital stacks optimized for the first drawdown rather than the life of the asset

Three levers determine whether a project reaches financial close on terms worth having, and they operate in sequence, not in parallel.

CONNECTING THE 3 Cs

Contract, construction and capital compound. A stronger offtake supports higher gearing, which shortens the equity cheque; transferred delivery risk supports longer tenor, which lowers annual debt service; a sequenced capital plan turns both into the ability to commit ahead of demand. Sponsors who treat them as one agenda finance better than those who run them as three. 

Saudi Arabia will build the capacity. The open question is who finances it, on what terms, and which sponsors retain their returns through the cycle. Capital is not the constraint. Structuring assets to receive them at this scale is new work in the Kingdom, and the sponsors who do it first will set the terms.