MARA Holdings Acquires Texas Site with 2 GW Power Capacity

What happened

MARA Holdings, through its subsidiary Volt Texas LLC, acquired membership interests in MAT 1177 LLC from HIF USA LLC on July 2, 2026. The transaction involves a 1,200-acre site in Matagorda County, Texas, approximately 90 miles southwest of Houston, with access to up to 2 GW of grid power capacity. The purchase price structure is milestone-based, with payments tied to regulatory approvals, site acquisition, power authorization, and securing a data center lease with a third-party tenant. At the full development scenario, the total consideration could reach $600 million, implying a cost of roughly $300,000 per MW. HIF USA will retain a minority ownership stake if MARA signs a lease with a high-performance computing tenant. The site is expected to provide access to an initial 1 GW of grid capacity by October 2027 and up to 2 GW by April 2028. Construction is scheduled to begin in 2026, pending regulatory approvals. Upon full energization, the site is projected to more than double MARA's total power capacity to approximately 4.8 GW, including the previously announced Long Ridge Energy & Power acquisition. MARA is partnering with Starwood Digital Ventures to develop and operate AI and HPC assets at the site, which has already attracted interest from potential HPC tenants.

Why it matters

This acquisition represents a significant expansion for peer Bitcoin miner MARA, signaling a strategic pivot from pure-play Bitcoin mining toward diversified digital infrastructure. For TeraWulf, MARA's move underscores intensifying competition in the Bitcoin mining sector's shift toward AI and high-performance computing. The deal demonstrates how miners are leveraging existing power infrastructure and grid connections to capture AI data center demand, a strategy TeraWulf has also pursued with recent contracts. The 2 GW scale of MARA's site is substantial compared to typical data center campuses, which often target hundreds of megawatts. This positions MARA to compete for large hyperscaler and AI compute contracts, potentially pressuring peers to accelerate their own infrastructure buildouts. The milestone-based payment structure also reflects industry caution around capital deployment, given the long development timelines and regulatory uncertainties associated with large-scale power and data center projects. MARA's deal illustrates how Bitcoin miners are seeking revenue streams less dependent on Bitcoin price volatility, instead pursuing long-term, dollar-denominated contracts with AI and HPC customers.

Bigger picture

The Bitcoin mining industry is undergoing a structural transformation as companies diversify into AI and high-performance computing infrastructure. Demand for data center capacity has surged alongside growth in AI workloads, creating opportunities for miners with established power infrastructure. However, converting mining sites into AI-ready data centers requires substantial capital investment. Industry estimates suggest mining infrastructure costs $700,000 to $1 million per MW, while liquid-cooled AI infrastructure can cost $8 million to $15 million per MW. Hyperscale customers also demand higher power density and uptime than traditional mining facilities typically provide. Despite these challenges, several publicly traded miners have announced multibillion-dollar AI infrastructure agreements in recent months. Core Scientific expanded its hosting agreement with CoreWeave to more than $10 billion, while Hut 8 signed a 15-year, $7 billion data center lease with Fluidstack. TeraWulf recently announced a 20-year AI data center lease with Anthropic expected to generate roughly $19 billion in contract revenue. Investors have generally rewarded this strategic shift, with companies securing AI and HPC contracts trading at higher valuation multiples than miners focused solely on Bitcoin production. MARA's Texas acquisition adds to this trend, positioning it as a major player in the convergence of Bitcoin mining and AI infrastructure.

What to watch

Key developments to monitor include regulatory approvals and permitting timelines for the Matagorda County site, as large-scale power and data center projects frequently experience delays of six to eighteen months. The October 2027 target for the first 1 GW of capacity is aggressive by industry standards, making execution risk a critical factor. Investors should also track MARA's progress in securing long-term leases with AI and HPC tenants, as the milestone-based payment structure ties much of the deal's value to signing such agreements. Details of the partnership with Starwood Digital Ventures, including revenue sharing terms and operational responsibilities, will be important for understanding how much AI-related revenue ultimately flows to MARA shareholders. Broader industry trends, such as grid interconnection capacity in Texas and competition for hyperscaler contracts, will influence how quickly MARA and peers like TeraWulf can monetize their power infrastructure investments. Finally, Bitcoin price trends and mining economics will continue to affect the relative attractiveness of deploying power capacity for mining versus AI workloads.