Bitcoin Miners Secure $90 Billion in AI Contracts

Public Bitcoin miners have announced more than $90 billion in artificial intelligence contracts covering 3.7 gigawatts of power capacity, positioning grid access as the sector's most valuable asset according to Bernstein [2]. This pivot highlights a shift where energized sites and power procurement are increasingly viewed as critical infrastructure for high-performance computing (HPC) rather than just crypto mining.

The power bottleneck

The transition is driven by a scarcity of electricity rather than chips, with global AI data centers reaching roughly 29.6 GW of capacity by the end of 2025 [1]. While the application-specific integrated circuits (ASICs) used for Bitcoin mining cannot be repurposed for AI training, miners possess energized sites, cooling systems and grid interconnections that can bypass the roughly 50-month median wait time for new power approvals [2]. Major agreements include Iren’s $9.7 billion deal with Microsoft and Hut 8’s 15-year lease with Fluidstack backed by Google, signaling a move toward HPC workloads [1].

Valuation and costs

The market is rewarding this diversification, with miners holding HPC contracts trading at approximately 12.3 times their 12-month revenue compared to 5.9 times for pure-play Bitcoin miners [1]. However, converting mining infrastructure is capital intensive; AI-grade liquid-cooled facilities cost between $8 million and $15 million per MW, compared to $1 million or less for standard mining setups [1]. Analysts project AI-related revenue could represent up to 70% of sales for some listed miners by the end of 2026, though much of this contract value is scheduled years into the future [1].

What to watch

• Hut 8's River Bend facility commissioning in Q2 2027 [1].
• U.S. net power capacity additions projected through 2030 [2].
• Capital expenditure requirements for infrastructure upgrades [1].

The divergence in valuation multiples suggests investors are increasingly pricing miners based on their power pipelines and compute contracts rather than Bitcoin production alone, leaving the sector exposed to the execution risks of retrofitting industrial sites for hyperscale demands.