Bitcoin miners are increasingly recognized as key players in the expanding AI infrastructure. With control over significant power capacity and data center resources, these miners are well-positioned to meet the rising demands of AI technologies. A recent report from Bernstein reveals that publicly traded Bitcoin miners hold over 27 gigawatts of planned power capacity and have secured more than $90 billion in AI-related agreements, including 3.7 gigawatts with major tech firms and chip manufacturers.
The urgency of this transition is emphasized by a RAND report, which forecasts that the United States will add roughly 82 gigawatts of net available capacity by 2030. Bernstein analysts—Gautam Chhugani, Mahika Sapra, Sanskar Chindalia, and Harsh Misra—note that the main challenge for scaling AI data centers has shifted from chip availability to obtaining sufficient electricity. In many regions, utility providers can take over four years to approve new connections to the grid, hindering the development of essential infrastructure.
The report states that the average wait time to secure a gigawatt of power is around 50 months across several states. Even in data center-friendly regions like Texas, utility companies use a slow-moving batch review process to handle the interconnect queue. This regulatory bottleneck gives Bitcoin miners a competitive advantage, as they already operate grid-connected sites and have the expertise to manage high-density computing environments.
Shift in Miner Economics
As the cryptocurrency market evolves, Bitcoin miners are diversifying their operations to adapt to changing economic conditions. The upcoming 2024 halving event, which will cut mining rewards, has prompted these miners to seek alternative revenue streams, particularly in the AI sector. Bernstein's analysis shows that many miners are shifting from a sole focus on Bitcoin production to developing AI data centers and high-performance computing facilities.
A noteworthy example of this shift is Soluna Holdings, which reported a 58% increase in its first-quarter revenue, mainly due to its data center hosting business. In contrast, its traditional crypto mining operations contributed only a small fraction of total sales. This trend suggests that Bitcoin miners are beginning to see AI infrastructure as a viable revenue source.
Partnerships and Future Outlook
Bernstein highlights IREN as a significant example of this transition. The company is expected to undergo a substantial transformation through major agreements with Microsoft, potentially solidifying its role in the AI infrastructure sector. These partnerships reflect not just diversification, but also a strategic shift in response to the increasing demand for AI capabilities.
The evolving AI infrastructure landscape presents both challenges and opportunities for Bitcoin miners. As regulatory scrutiny increases and local resistance to large-scale data center projects grows, these miners must navigate a complex environment. However, their established presence in energy-intensive operations gives them unique advantages that could help address these challenges.
Looking ahead, the development of the AI sector is likely to continue reshaping the roles of various players within the cryptocurrency space. The integration of Bitcoin miners into AI infrastructure highlights their adaptability and underscores the growing interdependence between cryptocurrency and emerging technologies. As more miners transition toward AI, the implications for both industries will be significant, paving the way for a new era of innovation and collaboration.
The stories that move AI & crypto markets — before the market reacts.
Free. 7am ET. Five stories. 62,400 readers.
