Nvidia Bets $2B on Texas Power Developer Behind Stargate's First Site

The chip hegemon is done selling shovels. It's buying the mine.

Key takeaways

• Nvidia agreed to invest an initial $2 billion for roughly 20% of Lancium, the Blackstone-backed Texas power developer hosting Stargate's first operational campus in Abilene, with another $1B contingent on grid interconnection milestones, first reported by The Information on August 7, 2026.
• The deal implies a roughly $10 billion enterprise value for Lancium's portfolio of Texas land and ERCOT power contracts. Neither Nvidia nor Lancium has confirmed the deal on the record.
• For Bitcoin miners, the pressure is structural: AI's non-curtailable loads are absorbing the same ERCOT interconnection queue miners depend on, while AI players are willing to pay roughly 15x the per-MW capex Bitcoin mining can justify.

Nvidia has agreed to invest up to $3 billion in Lancium, a Blackstone-backed Texas power infrastructure developer whose 1,000-acre Abilene campus is the first operational site for Stargate, the OpenAI-SoftBank-Oracle AI joint venture, first reported by The Information on August 7, 2026. The initial tranche is $2 billion for roughly a 20% equity stake at an implied enterprise value of approximately $10 billion, with an additional $1 billion contingent on Lancium meeting grid interconnection milestones.

Neither Nvidia nor Lancium responded to requests for comment, per Reuters, which corroborated the report. The deal is unconfirmed by either party as of August 8, 2026. The Information's sourcing is attributed to three people familiar with the matter.

The Bottleneck Has Moved

Nvidia built its current dominance selling GPUs to anyone who could rack them. This deal is something different: a direct equity position in the land, transmission interconnects, and ERCOT power contracts required to run those GPUs at scale. That shift matters. When the largest chip company on the planet decides open-market power access is too uncertain to rely on and moves to own the infrastructure instead, it confirms that the constraint on AI compute growth is no longer silicon. It's electrons and the wires that carry them.

The ERCOT context makes this concrete. The Texas grid's large-load interconnection queue reached approximately 226 gigawatts in 2025, with roughly 73% of new applications coming from data centers, per ERCOT board data. Lancium's position inside that queue, built over years assembling Texas land and grid contracts, is what Nvidia is paying $10 billion to access.

That's the asset. The chips are secondary.

Stargate has committed to investing up to $500 billion in AI infrastructure over four years, announced by OpenAI in January 2025. Lancium's Abilene campus is where that commitment meets actual dirt and wire. Nvidia's stake ties it directly to whether that build-out stays on schedule.

What This Costs Bitcoin Miners

Lancium's origin story matters here. The company built its Texas footprint as a Bitcoin mining infrastructure play, specifically designed around flexible demand response on ERCOT. The same land, the same transmission contracts, the same grid positions that Lancium assembled with miners in mind are now being capitalized at $10 billion to serve AI inference and training loads that run 24 hours a day and do not curtail.

The math is stark. Bitcoin mining capex runs roughly $1 million per megawatt. AI and high-performance compute capex runs roughly $15 million per megawatt. Nvidia paying a $10 billion valuation for Lancium's secured power access implies a price per unit of capacity that miners simply cannot match on greenfield interconnects.

The ERCOT queue is not expanding fast enough to absorb both at current growth rates.

Bitcoin's historical edge in Texas was its flexibility. Miners curtail when the grid needs relief; that flexibility earns them favorable treatment from ERCOT and low marginal power costs during off-peak hours. AI data centers don't offer that trade. They need consistent, all-hours power, and they're willing to lock it up under long-term contracts at prices that crowd out flexible load.

As more of ERCOT's capacity moves under fixed AI contracts, the economics that made Texas the premier mining jurisdiction thin out.

There is a second-order opportunity buried in the pressure. Lancium's AI pivot, at a $10 billion enterprise value, validates what Bitcoin miners have been sitting on: power plus land plus interconnect is the scarce asset. Miners who own their infrastructure outright rather than lease it are holding assets that just got re-rated by the market. The question is whether they can monetize that position before the queue closes further.

What to Watch

Lancium is exploring an IPO in 2027, per The Information. That event, if it proceeds, will put a public price on what secured Texas power access is actually worth and give miners a benchmark for their own infrastructure.

The falsifiable test for this thesis is straightforward: if Lancium's pipeline of new Texas generation comes online fast enough to expand net grid capacity ahead of AI demand absorption, miners end up with more marginal power at lower cost, not less. Watch whether new supply or new AI load wins the race to the meter. The AMD-Anthropic 2-gigawatt deal and Nvidia's move here suggest the incumbents aren't waiting to find out.

Sources

• The Information: Nvidia to Invest $3 Billion in Blackstone-Backed Power Firm Behind Stargate (first reported by The Information, August 7, 2026)
• Reuters via Yahoo Finance: Nvidia, Lancium reporting
• ERCOT: Public board reports and interconnection queue data
• OpenAI: Stargate announcement, January 21, 2025