425: SHARON AI JV Expands Texas Data Center Campus to 438 Acres

SHARON AI's joint venture, Texas Critical Data Centers LLC, has acquired an additional 203 acres, expanding its West Texas data center campus to 438 acres for a 1GW+ AI and HPC facility.

Summary

• Texas Critical Data Centers LLC (TCDC), a 50/50 joint venture between SHARON AI, Inc. and New Era Energy & Digital Inc., has signed definitive agreements to purchase an additional 203 contiguous acres.
• This acquisition expands the intended 1GW+ data center campus project in West Texas to a total development footprint of 438 acres.
• The expanded campus is designed to deliver a multi-phase artificial intelligence (AI) and high-performance computing (HPC) campus for hyperscale, leading AI labs, and large global enterprises.
• TCDC expects to close on the land acquisition within the next thirty days from November 24, 2025.
• Engineering, master site planning, power-interconnection studies, grid applications, and civil-development work are advancing to prepare for phase one construction in 2026.
• Subject to customer offtake, the initial 400MW of capacity is expected to be available in 2027.
• The operational model is expected to include recurring revenue through long-term data-center leases, energy sales, powered land/shell transactions, and other flexible commercial structures.
• SHARON AI previously announced a Business Combination Agreement with Roth CH Acquisition Co. (OTC Markets: USCTF).

Sentiment

Score: 8

Explanation: The announcement of a significant land acquisition and expansion of a 1GW+ AI/HPC data center campus is a strong positive development, indicating strategic growth and addressing high-demand market segments. The forward-looking statements are ambitious and well-aligned with industry trends, despite the inherent risks of a SPAC merger and project execution.

Positives

• Significant expansion of the data center campus to 438 acres, providing substantial room for future growth and scale.
• Strategic focus on high-demand AI and HPC infrastructure, catering to hyperscale, AI labs, and large enterprise customers.
• Development of a 1GW+ data center campus positions the company to be a major player in critical data infrastructure.
• The operational model includes diverse revenue streams such as long-term leases and energy sales, indicating potential for stable recurring income.
• Advancement in engineering and site planning indicates tangible progress towards project realization.

Negatives

• The availability of the initial 400MW in 2027 is explicitly stated as 'subject to customer offtake', introducing a dependency for revenue generation.

Risks

• The risk that the conditions to the closing or consummation of the Proposed Transaction (Business Combination with Roth CH) are not satisfied, including failure to obtain stockholder approval.
• Uncertainties regarding the timing of the consummation of the Proposed Transaction and the ability of Roth CH and SHARON AI to complete the contemplated transactions.
• Risks related to correctly estimating operating expenses and expenses associated with the Proposed Transaction, and the impact of any delay on the combined company's cash resources.
• The occurrence of any event, change, or circumstance that could lead to the termination of the Proposed Transaction.
• The effect of the announcement or pendency of the Proposed Transaction on business relationships, operating results, and general business.
• Costs related to the business combination.
• The outcome of any legal proceedings that may be instituted against Roth CH, SHARON AI, or their directors/officers related to the business combination agreement.
• The ability of Roth CH or SHARON AI to protect their respective intellectual property rights.
• Competitive responses to the Proposed Transaction.
• Unexpected costs, charges, or expenses resulting from the Proposed Transaction.
• Uncertainty regarding whether the combined business of Roth CH and SHARON AI will be successful.
• Legislative, regulatory, political, and economic developments that could impact operations.
• The initial 400MW availability in 2027 is subject to customer offtake, posing a risk to projected capacity utilization and revenue.

Future Outlook

The company anticipates developing a 1GW+ data center campus in West Texas, with initial 400MW capacity expected by 2027, contingent on customer offtake. Phase one construction is slated for 2026. The operational model is designed to generate recurring revenue through long-term data center leases, energy sales, and flexible commercial structures, positioning the company to meet the growing demand for AI and HPC infrastructure.

Management Comments

• "We are pleased to expand the campus to 438 acres, taking another major step towards creating gigascale AI factory infrastructure designed for hyperscale, AI labs and large enterprise customers," said Wolf Schubert, CEO of SHARON AI.

Industry Context

This expansion directly addresses the surging global demand for high-performance computing and AI infrastructure. As AI models grow in complexity and adoption, the need for gigascale data centers capable of supporting hyperscale operations, AI labs, and large enterprises is critical. SHARON AI's focus on a 1GW+ campus positions it to capitalize on this trend, aligning with broader industry movements towards specialized, high-density computing facilities.

Comparison to Industry Standards

• The filing describes a 'gigascale AI factory infrastructure' which suggests an ambition to compete with leading hyperscale cloud providers and specialized AI data center developers. However, specific metrics such as power usage effectiveness (PUE), capital expenditure per megawatt, or confirmed customer commitments are not provided, making direct quantitative comparison to industry benchmarks or specific projects (e.g., Microsoft's AI data centers, Google's TPU clusters, or Nvidia's DGX SuperPODs) challenging at this stage.
• The total land footprint of 438 acres is substantial, comparable to large-scale data center parks developed by major players like Digital Realty or Equinix, indicating a long-term, multi-phase development strategy.

Stakeholder Impact

• Shareholders: Potential for significant long-term value creation through the development of critical AI/HPC infrastructure, but also exposure to risks associated with the business combination and project execution.
• Employees: Future job creation and growth opportunities as the data center campus is developed and becomes operational.
• Customers: Increased capacity and specialized infrastructure for hyperscale, AI labs, and large enterprises requiring gigascale AI factory capabilities.
• Creditors: Potential for increased debt financing requirements for the large-scale project, balanced by future recurring revenue streams.

Next Steps

• Close on the land acquisition within the next thirty days.
• Advance engineering and master site planning.
• Conduct power-interconnection studies and grid applications.
• Perform civil-development work to prepare the site.
• Commence phase one construction in 2026.
• Secure customer offtake for the initial 400MW expected to be available in 2027.

Key Dates

Keywords

SHARON AI, Data Center, AI, HPC, West Texas, Gigascale, Hyperscale, GPU Compute, Roth CH Acquisition Co., SPAC, Business Combination, Neocloud, Infrastructure