Mike Alfred urges bitcoin miners to prioritize infrastructure over GPUs at the Energy Investors Forum, emphasizing AI's long-term potential.
At the recent Energy Investors Forum in Dallas, Mike Alfred, founder of Alpine Fox, urged bitcoin miners to reconsider their strategies in light of the booming demand for artificial intelligence (AI) infrastructure. He emphasized that the growth in AI should not be dismissed as a fleeting trend.
Alfred highlighted the importance of operational models, suggesting that miners must choose between investing in expensive GPUs or focusing on energy sales and facility management. He believes that the demand for AI infrastructure will persist for the next two to three decades, despite potential economic fluctuations.
Miners face a critical decision: they can either own GPUs, which could lead to higher revenues but also entails significant risks, or they can opt for colocation, where they provide space and utilities for clients' servers. This latter option is less risky and easier to finance, akin to real estate investments.
“If you decide to own them, you must have a compelling reason,” Alfred advised.
Alfred's company, Alpine Fox, has heavily invested in IREN and Cipher Digital, both of which have shifted focus from bitcoin mining to AI projects. Notable partnerships include a five-year deal between IREN and Microsoft worth approximately $9.7 billion and a 10-year contract for Cipher with Fluidstack for a facility in Texas.
Challenges in Transitioning to AI Infrastructure
Panelists at the forum noted that many bitcoin mining facilities are not well-suited for conversion into AI data centers. Some suggested that mining could serve as a flexible load, monetizing unused power during the construction of AI campuses.
Jay Zapata, CEO of SATOKIE, remarked on the competitive disadvantages of cryptocurrency mining compared to AI in securing access to suitable infrastructure. Investors are increasingly looking at miners' available power and project capabilities rather than solely their bitcoin output. Recent agreements, such as those between TeraWulf and Anthropic and Galaxy Digital and CoreWeave, showcase a shift towards AI-focused infrastructure.
Zapata estimated that the cost of building a mining facility ranges from $200,000 to $300,000 per MW, while AI infrastructure can exceed $10 million per MW, excluding chip costs. He pointed out that mining becomes less viable when electricity costs rise above $0.06 to $0.08 per kWh, pushing developers to choose AI or simply retain access to energy without the mining revenue.
Panelists emphasized that AI projects require much more than just electricity; they need sophisticated infrastructure, including redundant fiber-optic lines and high reliability. Shanon Squires from Compass Mining noted that most new Tier 3 data center sites are impractical for AI use, primarily due to land and infrastructure limitations.
Experts suggested that sites with their own generation capabilities could represent a more sustainable model. Steve Barbour of Upstream Data noted that gas power plants often have excess capacity that could support mining while AI operations demand consistent energy loads. However, the high cost of GPUs may limit flexibility, and there are concerns about the stability of long-term AI contracts.
As the sector evolves, publicly traded bitcoin miners are increasingly transforming their operations into AI infrastructure, reflecting a significant shift in the industry dynamics.
