Morgan Stanley Flags Power-Supply Risk to Oracle’s Lighthouse Data Center Timeline
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Morgan Stanley has warned that delays across major Oracle projects could defer data-center revenue recognition and increase pressure on the company’s debt profile. Its assessment, citing Aterio analysis, identifies a material risk that Oracle’s four-data-center Lighthouse project in Port Washington, Wisconsin, may not have the required power available by 2028, beyond Oracle’s target for commissioning in the second half of 2027.
- Lighthouse in Port Washington, Wisconsin, comprises four data centers.
- Morgan Stanley, citing Aterio, sees a material risk that required power for Lighthouse may remain unavailable by 2028.
- That risk would place Lighthouse behind Oracle’s target for commissioning in the second half of 2027.
- Oracle’s reported force-majeure notice on Project Jupiter points to a separate project-delay issue in New Mexico.
- The developments could reinforce market scrutiny of grid readiness before data-center capacity is commercially committed.
Morgan Stanley has cautioned that delays affecting major Oracle data-center projects could push out revenue recognition and affect the company’s debt burden. The concern centres on power availability rather than a confirmed construction outcome.
According to the Aterio analysis cited by Morgan Stanley, Oracle’s Lighthouse project in Port Washington, Wisconsin, comprises four data centers and faces a material risk of not securing the required electricity by 2028. Oracle had targeted commissioning in the second half of 2027. If the power supply is unavailable into 2028, the project would slip relative to that target.
Separately, Oracle reportedly sent a notice in September to the developer of Project Jupiter in New Mexico, invoking a force-majeure provision to avoid costs associated with delays. The available information does not quantify the delay or associated costs for that project.
For the data-center sector, the Lighthouse risk highlights that power supply is a critical prerequisite for commercial operations, not merely a supporting element of campus development. Delays in grid readiness could defer the monetisation of planned compute facilities, prompting developers, operators and lenders to apply closer scrutiny to connection assurances and grid-delivery schedules.
The case illustrates how grid readiness can constrain the commercial launch of large data-center campuses even where financing and development activity are in place. For operators, developers and lenders, it reinforces the importance of verified power availability and credible interconnection schedules, as energy delays can postpone the monetisation of planned compute capacity.
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