$ORCL $NVDA $OWL The post is referring to Oracle’s planned hyperscale “Stargate” campus in Saline Township, Michigan, being developed by Related Digital and intended to support OpenAI workloads. Public reporting and regulatory filings consistently identify the project as a >1 GW facility on roughly 575 acres of farmland south of Ann Arbor, with total built space commonly cited at roughly 2.2 million square feet (multiple large data hall buildings plus ancillary structures), though cost estimates vary by source and scope. Some outlets and state-level proceedings describe the project as a roughly $7 billion development, while the financing narrative tied to Blue Owl is framed as a roughly $10 billion deal; the discrepancy is directionally consistent with differing definitions (real estate and site/infrastructure vs. broader program/financing quantum) and does not, by itself, indicate a contradiction in underlying project identity.
On the financing point, the embedded Bloomberg/FT framing (“Blue Owl walked… negotiations stalled”) is broadly corroborated by Reuters and the Financial Times: Blue Owl had been in talks to back the Michigan project but did not reach agreement, and Blackstone was reported as having explored stepping in without a signed commitment at the time of reporting. Reuters attributes the breakdown to economics and structure, describing less favorable lease and debt terms than those Blue Owl had previously accepted in other Oracle-related transactions, implying that the Michigan project’s risk/return and contractual protections were not aligned with Blue Owl’s prior templates. Oracle’s public posture, per Reuters, was that negotiations for an equity deal remain on schedule but do not include Blue Owl, indicating continuity of the project process even as the initially expected capital partner changed. The distinction between “walked away” vs. “was not selected” appears semantic and perspective-dependent: Blue Owl’s non-participation is affirmed, while the developer/tenant narrative emphasizes that an equity partner selection process continued and remained “on plan.”
The post’s claim that Oracle/Related Digital indicated an initial completion target of Q4 2027 is directly supported by Related Digital’s own project Q&A materials circulated via the township, which state an intent to commence initial work on site in October and to begin full construction in Q1 2026, with construction expected to be complete in Q4 2027. This is also consistent with broader public reporting that described groundbreaking/major construction as starting in early 2026. As a result, the Q4 2027 milestone should be treated as an articulated baseline schedule rather than a new datapoint from the post.
Power contracting and regulatory posture are more definitively verifiable than vertical construction progress. On December 18, 2025, the Michigan Public Service Commission conditionally approved DTE Electric’s special contracts to serve the Saline Township data center and imposed additional safeguards intended to prevent cost shifting onto other customers. The MPSC release specifies the load as 1,383 MW and identifies the counterparty as Green Chile Ventures LLC (an Oracle subsidiary). The approval includes several provisions relevant to “power is being connected” questions: a minimum contract duration of 19 years, a minimum billing demand of 80% (a materially higher take-or-pay style floor than typical tariff terms), and termination payments up to 10 years of minimum billing demand if operations cease early. The order also requires emergency procedures that prioritize curtailing the data center’s load before interrupting other customers in an involuntary load shed scenario. These provisions materially reduce the probability that DTE infrastructure built for the project becomes stranded at ratepayer expense and indicate that the contractual precondition for major grid/interconnection work has been satisfied at the state level.
The same MPSC approval framework also incorporates an energy storage agreement under which Green Chile Ventures bears the costs over 15 years to develop 1,383 MW of energy storage facilities to match the data center’s contracted demand, while DTE develops, owns, and operates the storage and Green Chile receives the value of wholesale market revenues. This is an unusually large storage quantity by conventional utility standards and functionally indicates that the “power solution” is being structured as a portfolio of supply plus grid-stabilizing assets rather than a pure wires-only interconnection. The MPSC further directed DTE to file within 90 days an application for a dedicated “large load customer” tariff for very large customers such as data centers, suggesting regulators view this contract as precedent-setting and expect additional standardized frameworks to follow.
From the perspective of physical power connection timing, the regulatory approval and contract terms are necessary but not sufficient conditions for energization. Oracle’s own statement following approval asserts that Oracle will pay 100% of the energy costs for the campus (including battery storage) and will also pay for new transmission lines to the campus and an onsite substation. That indicates that, as of December 2025, the commercial and regulatory gating for major electrical infrastructure (lines, substation, storage) is cleared, but it does not imply that physical construction of the interconnection is complete or even visibly underway. In typical hyperscale sequencing, substation/transmission engineering, equipment procurement (transformers, breakers, switchgear), permitting, and construction proceed in parallel with civil works and building shell construction, with energization occurring materially later than “site clearing” and often gated by long-lead electrical equipment. No publicly accessible source in the reviewed set provides a date-certain energization milestone or describes completed interconnection construction.
The post’s “construction status” assertions require a tighter distinction between (a) early civil mobilization and earthwork, (b) foundation and structural work on the data hall buildings, and (c) electrical interconnection buildout. Publicly available evidence confirms that physical site activity has begun. Bridge Michigan reporting on the power contract approval included an aerial photo and caption noting that construction equipment and temporary fencing had already appeared on the farm that is the planned site, consistent with mobilization, staging, and early site control measures. Separately, The Guardian published a December 8, 2025 photograph from Saline Township showing active earthmoving equipment (excavator and additional machinery) adjacent to the roadway, consistent with ground being broken and at least localized grading/soil movement underway. These facts support the narrower interpretation that early site work is occurring and that the project is not purely “paper” at this point.
However, the specific claim that “Building 1” is showing “clear development activity” is not independently verifiable from open-source text in the reviewed materials. Publicly available Aterio pages for the Saline project display the facility as “Stage: Announcement” and do not disclose construction status, satellite image timestamps, or construction progress percentages without paid dataset access. As a result, while Aterio may indeed be detecting changes on subscribed views, the open web-accessible Aterio page does not validate the post’s building-level statement. The available photographic evidence (equipment staging, earthmoving) is consistent with early-phase civil works but does not, on its own, confirm that a specific data hall (“Building 1”) has progressed into foundation pours, steel erection, or envelope completion. The most supportable fact pattern is that the project is in early site-prep and earthwork stages rather than in advanced vertical construction.
The question of whether “the grounds are being leveled” is best addressed by combining project design assertions with observed activity. Related Digital’s township-circulated materials describe the site as a “continuously flat area,” positioning it as inherently suitable for data center siting and implying limited need for dramatic topographic regrading at the macro level. Even on a flat site, hyperscale campuses typically require extensive cut/fill at micro scale for building pads, access roads, utilities, stormwater detention basins, berming/landscape screening, and erosion controls, especially when portions of the property include wetlands, drainage features, and floodplain-adjacent areas. The December 2025 EGLE wetlands permit hearing and related reporting indicate developers are applying to fill wetlands, temporarily disturb a stream and install a culvert, and install multiple stormwater structures that discharge treated stormwater into the Saline River and a local drain. That combination implies that at least part of the heavy civil scope (wetland fill, stream work, stormwater outfalls) remains in the permitting process, and therefore the most disruptive grading and hydrology-altering works may be staged behind permit issuance and conditions. The observable earthmoving in early December is consistent with preparatory grading and access work, but the permitting context suggests that not all large-scale earthwork can be assumed to be complete or unconstrained at this time.
The relationship between building construction and power connection is best characterized as concurrent but asynchronous. Contractual and regulatory approval for power supply has now been obtained (December 18 MPSC conditional approval), and Oracle’s statement indicates that transmission and substation costs will be borne by Oracle, which tends to accelerate utility willingness to execute upgrades. In practice, building shells and interior fit-out can proceed well before final energization, but commissioning and revenue-generating operations cannot. The post’s statement that “portions of capacity could begin activating in line with the current timeline” is directionally plausible given the publicly stated construction window (full construction starting Q1 2026, completion Q4 2027), but it remains a forward-looking inference rather than a fact that can be verified today. The presence of contractual protections (80% minimum billing demand, long-term contract duration, large termination payments) also increases the probability that DTE’s electrical buildout proceeds in parallel with civil works, because those provisions mitigate the stranded-asset risk that often delays or constrains utility execution.
Overall status, based on cross-validated sources as of December 23, 2025: the Saline Township project has advanced beyond planning into early physical site activity, evidenced by fencing, equipment staging, and active earthmoving observed in November–December. Major commercial and regulatory gating for power supply has been cleared via MPSC approval, with unusually strong contractual protections and a parallel 1,383 MW energy storage framework that signals a large and complex grid integration effort. At the same time, key environmental permitting related to wetlands/stream/floodplain impacts remains active, indicating that some portions of the most consequential earthwork and stormwater/hydrology modifications are still subject to regulatory outcomes. Publicly accessible evidence does not confirm advanced vertical construction of the data center buildings; the most supportable characterization is “early site work and mobilization underway, full construction slated to commence in early 2026, targeted completion in Q4 2027,” with energization and operational activation dependent on execution of transmission/substation/storage work that has been contractually enabled but not publicly documented as complete.
