Filing: Nvidia agrees to spend up to $105B to support SB Energy's new Ohio data center campus OpenAI is set to lease; Nvidia agrees to invest $1.5B in SB Energy
Nvidia Corp. has agreed to spend as much as $105 billion to support a massive new data center campus in Ohio set to be leased by OpenAI …
Context & Ripple Effects
Ohio’s project moved from OpenAI’s advanced lease talks for a proposed 10GW campus to a reported 20-year agreement with SB Energy. Nvidia’s disclosed commitments put a defined capital component alongside that tenant relationship.
The filing follows reports that Nvidia had reworked a planned $250B backstop to cover only an initial portion. Its $105B spending ceiling and $1.5B SB Energy investment clarify the scale of Nvidia’s support as SB Energy pursues the campus.
First-order effects
- SB Energy gains a $1.5B Nvidia investment and an agreement for up to $105B of support, strengthening the financing framework around its Ohio buildout.
- OpenAI’s planned tenancy is paired with a direct Nvidia commitment to the developer, extending Nvidia’s role beyond the previously reported backstop for a portion of the completed campus.
Second-order effects
- The disclosed $105B ceiling gives SB Energy a more concrete reference point for project financing after the earlier reports of a reduced Nvidia guarantee.
- SB Energy’s prospective IPO story becomes more closely tied to execution of the Ohio campus and the durability of its Nvidia and OpenAI commitments.
Third-order effects
- If this structure is replicated, large AI campuses will increasingly be financed through linked tenant leases, developer ownership, and strategic-partner support rather than through a developer’s standalone balance sheet.
- Long-duration tenant contracts and committed capital backers may become gatekeepers for which AI infrastructure projects can reach construction scale.
The trend: AI infrastructure is being structured as long-duration project finance, with major tenants and strategic partners underwriting developers’ ability to build at scale.