Key Takeaways:
Oracle's $165 billion AI data center buildout is running into cost overruns that could top $10 billion, as environmental permitting delays and utility regulatory fights threaten to upend the company's infrastructure timeline.
Oracle's planned 2.45-gigawatt data center campus near El Paso, New Mexico — code-named Project Jupiter and designed to serve OpenAI's computing needs — was originally slated to run on natural gas turbines. After the state's environmental agency stalled the air permit over greenhouse gas concerns, Oracle pivoted in April to a Bloom Energy fuel cell design that analysts estimate will cost roughly $80 billion, tens of billions more than the original plan.
"The fuel cell microgrid eliminates the air permitting bottleneck, but it comes at a steep premium," said Julia Robin, Oracle's head of infrastructure planning and procurement, in a local newspaper op-ed. Robin said the company's adjustments show it is "listening and continuously improving the project."
Fuel cells produce fewer pollutants than gas turbines and consume almost no water, a critical advantage in drought-prone New Mexico. But the technology carries its own constraints: fuel cells degrade faster if not run continuously, limiting Oracle's ability to switch to cheaper solar power during peak sunlight hours. The state's environment department has scheduled a public hearing for Oct. 19 on the air permit, citing "significant opposition." Separately, the New Mexico attorney general is investigating complaints that residents' names were used without consent on letters submitted in support of the project. Local outlet Source NM reported that the facility's fuel cell emissions alone would exceed the combined reported greenhouse gas output of the state's two largest cities.
New Mexico's permitting maze
The environmental hurdles extend beyond the power plant design. The state last week rejected a proposed fuel pipeline route for the second time, and the air permit remains in limbo. Oracle's original plan to self-build gas generation was meant to bypass grid interconnection delays that have plagued other hyperscale projects in the Southwest. The fuel cell switch solved one problem but created new ones on cost and operational flexibility.
Oracle said in a statement that it is "moving quickly" on AI site construction and is "confident in the returns on the capital deployed." The company has not disclosed the exact cost difference between the two power designs, but analysts peg the premium at $10 billion to $20 billion over the project's life.
Wisconsin adds another $100 million in regulatory costs
In Wisconsin, Oracle is co-developing a $15 billion data center campus in Port Washington with OpenAI and Vantage Data Centers. The company faces a separate set of financial pressures after the state's Public Service Commission imposed credit requirements on data center operators seeking service from utility We Energies.
The PSC ruled that operators must hold a AAA- credit rating or post collateral — a threshold Oracle cannot meet after S&P Global Ratings downgraded the company to BBB- on July 9, one notch above junk status. S&P cited "rapidly expanding AI infrastructure business increasing its overall credit risk," pointing to high capital spending and "an uncertain path to profitability." Oracle's stock has fallen more than 25% since it sued the PSC over the rule in June.
Oracle estimates the collateral requirement will cost roughly $100 million annually. The company has argued in court that the rule is unnecessary and seeks to "set aside, reverse, and remand" the requirement. The PSC defended its rule, calling Oracle's lawsuit an attempt to "bypass Commission oversight altogether." Wisconsin's Citizens Utility Board and Clean Wisconsin both filed statements supporting the credit requirements, arguing that without collateral, We Energies' other ratepayers could be left covering stranded costs if a data center operator becomes insolvent.
The regulatory battles come as Oracle's AI infrastructure ambitions face mounting scrutiny from both credit markets and state regulators. The company's BBB- rating leaves little room for additional downgrades before its debt falls into high-yield territory, raising the cost of the very capital it needs to complete the buildout. For investors, the question is whether the projected returns from serving OpenAI's compute demand can absorb the widening gap between budgeted and actual costs — a gap that now spans billions across two states before a single server rack has gone live.
This article is for informational purposes only and does not constitute investment advice.
