Major Wall Street banks are seeking to reduce the amount of artificial intelligence infrastructure debt on their balance sheets. According to the Financial Times, a Morgan Stanley‑led banking group plans to move roughly $15 billion of loans that finance a Nexus Data Centers complex in Hubbard, Texas, onto the bond market.
Project details and rationale
The Nexus development covers about 800 hectares and includes space leased to Anthropic; the project has backing from Google. The banks intend to refinance the construction loans through bond issuances once the loans are drawn. Bond markets have become an attractive channel for financing very large AI projects because they can provide capital more quickly and at lower apparent cost than traditional bank lending.
For the banks, shifting debt to the market reduces their direct exposure to the AI sector and frees up lending capacity for other transactions.
Market context
The infrastructure financing market, which historically funded projects such as gas pipelines and airports, is under strain from the capital intensity of AI investments. The Financial Times notes that major Wall Street banks have been seeking buyers for more than $50 billion of construction loans tied to data‑centre projects leased to Oracle.
Structure and investor risks
The $15 billion debt package is likely to be split into multiple bond offerings because the underlying bank loans include deferred drawdown options; Nexus Data Centers will draw funds in stages as construction milestones are met. Some portions of the debt may also be refinanced in the leveraged loan market.
Reports indicate the bonds could receive speculative credit ratings despite Google’s support for the project. Crucially, Google’s guarantee only becomes effective after the data centre is fully completed, which means early bond investors bear the risk of construction delays and cost overruns.
Technical and supply arrangements
The data centre will be equipped with Google’s proprietary TPU chips, the financing of which is being handled separately. To avoid delays and rising costs associated with grid connections, the Texas complex will be supplied by an on‑site gas‑fired power plant.
Local pressures and precedents
The proliferation of planned data centres in Texas has raised concerns over strains on local energy and water supplies and upward pressure on utility prices. Combining a data centre with its own power plant complicates financing because lenders must evaluate both IT‑infrastructure and energy‑generation risks concurrently. In comparable deals, such as a Meta project that included an on‑site power plant, investors demanded higher yields to compensate for the additional risk.
Conclusion
The Morgan Stanley‑led plan to securitise roughly $15 billion of data‑centre construction loans illustrates how banks are moving to transfer large AI‑related financing risks to capital markets. However, the staged drawdowns, the delayed nature of Google’s guarantee and the construction and energy‑supply risks mean bond investors will be exposed to significant project execution risks.
