Soluna Expands Texas Campus With 100 MW AI-Ready Data Center

Soluna Holdings, a renewable energy-focused data center developer for AI and bitcoin mining operations, has signed a co-development partnership with Metrobloks to build the next phase of the company’s digital infrastructure campus in Texas.

The initial development for the Project Kati 2 facility in Willacy County will be a 100+ MW AI and high-performance compute (HPC) data center. This marks the first phase of a larger development, with an expansion roadmap supporting more than 300 MW of total capacity.

Project Kati: A Renewable-Powered Campus
Soluna broke ground on Project Kati in September 2025. The 166 MW Texas wind-powered campus in Willacy County is being developed in two phases:

Phase 1 (Kati 1): This phase, expected to open later this year, will support Bitcoin hosting alongside AI and HPC infrastructure.

Phase 2 (Kati 2): This phase aims to establish Project Kati as a renewable-powered, dual-purpose facility capable of serving both cryptomining and AI/HPC customers as demand evolves.

Under the terms of the partnership, Soluna and Metrobloks intend to form a project company to own and operate Project Kati 2. Metrobloks will lead the design, development, leasing, and day-to-day operations, while Soluna will contribute site control, power entitlements, electrical equipment, and development expertise.

A Soluna spokesperson told Data Center Knowledge that Project Kati 2 will be located on a separate campus just across from Kati 1. A target completion date has not yet been confirmed.

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Author

  • Christopher Hills is a career security professional specializing at the intersection of physical security, cybersecurity, and critical infrastructure. With decades of experience spanning hyperscale data centers, global security operations centers, and complex infrastructure projects, he has served as a security consultant, technology executive, and trusted advisor to architects, engineers, consultants, and enterprise organizations worldwide. He is the author of Data Center Security: The Blueprint for Resilient Infrastructure, a comprehensive guide to securing modern data center environments.