Covenant Lite #29: Meta's $29 Billion Bet with Apollo on AI Data Centers

How private credit is an integral part of the AI revolution

Meta recently announced a $29 billion data center initiative to supercharge its efforts in artificial intelligence. Despite its immense cash reserves, Meta plans to finance these data centers with outside capital. And they are reportedly looking to private credit, rather than banks, for the money.

Welcome to the expanding world of private credit in 2025. No longer is private credit limited to financing private equity buyouts. Increasingly, it is becoming the capital of choice for a wide array of activities—including the build out of massive infrastructure projects.

Capital partners for Meta reportedly include Apollo Global Management, KKR, Brookfield, Carlyle and PIMCO (Link). The transaction will likely be led by Apollo, which is expected to take down the bulk of the financing utilizing its substantial balance sheet before syndicating it out over time.

It is worth spending a second on just how massive of an effort this is by Meta. They plan to build 3-5 large-scale AI-focused data centers with the capital, each of which is expected to draw 1-2 GW of continuous power per campus. For context, 1-2 GW is the equivalent to powering a medium-sized city like Seattle year-round.

These vast power requirements highlight why these data centers demand significant infrastructure investments, regulatory coordination, and renewable energy strategies. The dollars involved also highlight the scale of the opportunity for private credit.

How Meta is Choosing to Finance These Data Centers

As discussed above, Meta has opted to utilize external private capital instead of committing its own balance sheet to finance these capital-intensive projects outright. They are reportedly looking to employ a sale-leaseback model structured around triple-net (“NNN”) master leases.

Initially, Meta plans to secure prime land parcels and fund preliminary site preparations and early-stage construction internally. Once construction reaches predetermined milestones, these sites will be transferred into a special purpose vehicle (“SPV”) controlled by Apollo and its consortium partners. Immediately thereafter, Meta will lease the completed facilities back from the SPV under long-term triple-net leases, typically lasting 15-20 years.

This choice reflects a deliberate shift towards a more efficient, off-balance-sheet strategy to preserve flexibility and maximize internal investment in core technologies. Such a structure makes sense for Meta given the large differential between their Return on Invested Capital (“ROIC”) investing in things like AI and the metaverse compared to what it would earn owning something like a data center.

Historically, Meta earns returns of 30–35% on core AI and tech investments. Owning data centers outright would generate much lower returns (approximately 8–12%). Therefore, leasing infrastructure at around 7–8% cost frees Meta’s capital for higher-return ventures. It also transforms massive capital expenditures into smoother operating lease expenses, enhancing Meta’s financial flexibility and valuation metrics.

This innovative financing approach not only suits Meta’s strategic financial goals but also aligns with private credit investors’ appetite for high-quality, long-duration investments offering attractive risk-adjusted returns. The triple-net lease structure places responsibility for taxes, insurance, and maintenance squarely on Meta, creating a streamlined, predictable cash flow for investors.

Apollo’s insurance arm, Athene, is expected to anchor the financing initially, providing stable long-term capital suitable for such substantial investments. Subsequently, Apollo will syndicate portions of the debt broadly to other institutional investors, including pension funds and insurance companies, thereby increasing liquidity and diversifying risk.

This type of financing fits Apollo / Athene’s balance sheet particular well, something we highlighted in last week’s article (Link).

Inside the Triple-Net Lease: Waterfall Mechanics

The triple-net lease structure creates a highly secure and predictable cash flow stream, which is critical for groups like Apollo / Athene that seek mostly Investment Grade-type investments.

Once Meta pays its rent, it flows into a structured cash waterfall designed to prioritize investor security and operational stability:

1. Rent Collection and Control: Rent payments from Meta go directly into a secure, lender-controlled lock-box, safeguarding investor interests.

2. Senior Debt Service: Senior debt obligations, primarily funded by Apollo’s Athene initially, are covered first, ensuring senior lenders are repaid promptly.

3. Reserve Accounts: Funds are allocated to reserves for debt service, insurance, and maintenance, providing additional security layers for lenders.

4. Junior Debt Payments: Next, mezzanine or preferred debt tranches, if syndicated, are serviced, offering attractive yields for subordinated creditors.

5. Equity Distributions: Finally, residual funds flow to equity investors, including Apollo, KKR, Brookfield, and Carlyle, who enjoy the upside potential after all debt obligations and reserves are satisfied.

Throughout this structure, Meta remains purely a tenant without any equity participation, preserving the off-balance-sheet nature of the transaction under accounting standards.

Debt & Equity Split: Who Gets What?

Based on other triple-net lease structures, it is likely that the SPV will be capitalized with ~90% debt and ~10% equity, each offering distinct risk-return profiles:

• Debt (~90%, approximately $26 billion): Anchored by Apollo, debt investors are expected to receive yields in the range of SOFR + 375–425 basis points, benefiting from the stable and creditworthy nature of Meta’s lease commitments.

• Equity (~10%, approximately $3 billion): Equity contributions come from Apollo and institutional partners such as KKR, Brookfield, and Carlyle. These investors gain exposure to attractive residual returns, targeting unlevered internal rates of return (IRRs) between 11–13%. The equity positions offer upside potential, benefiting from asset appreciation and long-term lease stability.

This balanced debt and equity composition not only aligns with the strategic objectives of the various stakeholders but also exemplifies the evolving sophistication and scale of private credit markets in facilitating major infrastructure projects.

Risks and How They're Mitigated

Such large-scale infrastructure projects naturally carry inherent risks. But the lease structure attempts to mitigate the operational risks in various ways:

• Construction Delays: Construction risks, including schedule slippage and cost overruns, can be significantly reduced through guaranteed-maximum-price (“GMP”) contracts, ensuring contractors bear the risk of budget overruns. Completion guarantees from the tenant (Meta) further ensure financial support to cover unforeseen issues, while protective step-in rights allow lenders to take corrective action if necessary.

• Power Interconnection Delays: Given the immense power demands, delays in grid connections can pose significant risks. To address this, lease agreements include flexible commencement dates, with the tenant contractually obligated to fund interim power solutions, such as temporary generators or battery storage, maintaining project timelines and protecting lender cash flows.

• Tech Obsolescence: The risk of technological obsolescence is carefully managed by structuring long-term leases that substantially amortize the initial investment over the lease duration. This arrangement reduces residual-value risk and aligns investor returns with asset utilization timelines.

• Tenant Concentration: Having a single tenant can amplify risks; however, this is mitigated by Meta’s strong AA credit rating, demonstrating exceptional financial strength and stability. Robust lease terms further secure investor returns, providing substantial protections against tenant default or market volatility.

These carefully structured mitigants collectively bolster investor confidence and ensure robust financial outcomes throughout the project's lifecycle.

Broader Implications: The Future of Tech Infrastructure Financing?

Meta’s groundbreaking approach marks a significant shift in how major technology companies approach infrastructure financing. By leveraging private credit, Meta not only sets a powerful precedent but also signals to industry peers such as Google, Microsoft, and Amazon that traditional bank financing is no longer the sole or even preferred option.

As private credit providers offer more flexible, tailored financing solutions, tech giants are increasingly likely to embrace infrastructure leases and off-balance-sheet arrangements, making private credit foundational to the rapidly evolving AI-driven economy.

A New Frontier in Finance

This unprecedented $29 billion financing highlights the transformative role private credit is playing in the area of tech infrastructure. It offers a compelling new model for large-scale, capital-intensive projects, demonstrating how private credit markets can effectively accommodate the ambitions of technology leaders like Meta.

Apollo and Athene’s innovative financial structuring could redefine infrastructure investment strategies, pointing towards a future where the largest technology projects consistently and creatively leverage private capital markets.

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