Core Scientific accelerates crypto-to-AI pivot, converts Bitcoin mine to gigawatt-scale token farm

2026-04-27 · Source: The Register: Enterprise Technology News and Analysis · Field: Technology & Digital — Artificial Intelligence & Machine Learning, Cloud Computing & IT Infrastructure, Emerging Technologies & Innovation · Depth: Fundamental Awareness, quick

Summary

Core Scientific is converting its 300-megawatt Bitcoin mining operation in Pecos, Texas, into a 1.5 gigawatt AI datacenter campus. This pivot involves a planned $3.3 billion bond sale to fund the transition, with construction already underway and the first new data hall expected online in early 2027. The completed facility is projected to offer approximately one gigawatt of leasable capacity, contingent on securing adequate power. Core Scientific has already secured an additional 300 megawatts from the local utility and plans to implement a "scalable behind-the-meter solution" to meet the remaining power demands. This move reflects a broader industry trend where companies like CoreWeave and Crusoe are shifting from crypto mining to AI infrastructure, driven by increasing power constraints and the need for non-traditional energy solutions.

Key takeaway

For Directors of AI/ML evaluating infrastructure expansion, Core Scientific's pivot highlights the critical need for robust, scalable power solutions beyond traditional grid access. Your strategic planning should prioritize securing diverse energy sources, including on-site generation or non-traditional storage, to support gigawatt-scale AI compute, as power constraints are now a primary limiting factor for large-scale deployments.

Key insights

Companies are rapidly converting crypto mining infrastructure to AI datacenters due to power demands and market shifts.

Principles

• Power availability dictates AI infrastructure scale.
• On-site power generation is critical for large AI datacenters.

Method

Core Scientific is converting a 300MW Bitcoin mine to a 1.5GW AI datacenter, securing 300MW from the grid and planning a "scalable behind-the-meter solution" for the remaining power needs.

In practice

• Consider fuel cells for on-site power generation.
• Evaluate small modular reactors (SMRs) for future power.

Topics

• Core Scientific
• AI Datacenter Campus
• Bitcoin Mining Conversion
• Gigawatt Power Capacity
• Behind-the-Meter Solutions

Best for: Tech Journalist, Investor, Director of AI/ML

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Editorial summary, takeaway, and curation by AIssential. Original article published by The Register: Enterprise Technology News and Analysis.