Bitcoin Miners Have 100 Billion USD in AI Deals but the Contracts Show Who Really Gets Paid

Bitcoin miners keep announcing billions in AI deals, but a close read of the actual contracts shows the megawatts are only part of the story — the fine print decides who really gets paid, and it is not always the miner’s shareholders.

By Michael Nguyen | November 1, 2026

Bitcoin mining companies have spent years securing cheap electricity, building substations, and negotiating grid connections. Now artificial intelligence companies want those connections so badly they are turning aging mines into valuable real estate. But the machines that mine Bitcoin are practically useless for training AI models — it is the land, substations, and power agreements around them that spare data-center developers years of waiting. The latest example: SWI Group, which took control of Bitcoin miner Genesis Digital Assets earlier this year, announced an 800 million euro capital increase on October 12 to expand its AI infrastructure business, and two weeks later launched SWI Compute with roughly 1 billion USD in NVIDIA equipment orders. Headlines like these make the pivot look like free money. The contracts tell a more complicated story.

The Hook: The Old Business Is Literally Losing Value

Bitcoin mining has always been unforgiving — operators run specialized computers around the clock, facing the same power bills in bull and bear markets. Core Scientific’s second-quarter filing puts a price on the old business losing its appeal: the company wrote down 266.5 million USD of mining equipment and infrastructure in a single quarter, with 151.6 million USD of that tied to mining machines. Its mining operation has been losing money at the gross-profit level, while its newer AI hosting business already earns a positive gross margin. Mining hardware loses value as it ages. A working grid connection does not — and that asymmetry is what the AI land grab is really about.

Why AI Companies Want Miners’ Power So Badly

You cannot just go out and buy a grid connection. Utilities must assess transmission capacity, identify upgrades, and decide who pays for them — and having cash for GPUs does not skip that line. In Texas, regulators approved ERCOT’s Batch Zero review process in June while the state ordered an audit of roughly 474 gigawatts of proposed large-load connections. Against that backdrop, a Bitcoin mine with power already flowing is a shortcut worth paying for.

But headline megawatt figures can be slippery. SWI’s June announcement described Genesis land with more than 1.3 GW of energized and approved connections across 15 facilities; by September, its half-year results described approximately 1.2 GW of secured grid connections. The disclosures do not reconcile the two figures or break down how much capacity is usable today versus requiring more work. For investors trying to value the pivot, that distinction is everything.

The Core Conflict: Conversion Costs Devour the Dream

Bitcoin mines and AI data centers may look similar, but they are different businesses. Mines run thousands of independent machines that can be switched off when power is expensive. AI data centers need sophisticated liquid cooling, high-speed networking, redundant power, and strict uptime guarantees to keep densely packed GPU clusters running. According to CoinShares’ September mining report, converting mining infrastructure to AI-grade facilities costs roughly 8 million to 15 million USD per megawatt, versus 700,000 to 1 million USD per MW for conventional mining infrastructure — an order-of-magnitude difference.

The revenue is often a promise until the facility is operational. A review of more than 100 billion USD in AI deals found only around 550 MW actually billing out of more than 4 GW under contract. HIVE’s 350 million USD AI agreement required an estimated 185 million USD hardware buildout before most of that revenue could arrive.

What the Core Scientific Contracts Reveal About Who Gets Paid

Core Scientific’s agreements with AI cloud provider CoreWeave show where the money goes once a converted site is running. The company reported 136.7 million USD of colocation revenue in the second quarter, with 437 MW billing customers by mid-July. But more than a quarter of that revenue was electricity passed through to customers at cost — a utility bill relayed, not money earned. The real economics sit in the structure:

• Base fees start at 100 USD per kilowatt per month at most CoreWeave sites, with 3.5 percent annual increases.
• Construction credits up to 1.5 million USD per MW let CoreWeave recoup its funding through reduced rent — cutting an early monthly payment in half until the allowance is exhausted.
• Late-delivery penalties of 20,000 to 30,000 USD per day apply in specified circumstances, and some delays give CoreWeave a right to terminate.
• An uncapped completion guarantee from Core Scientific covers specified financed projects if construction funds fall short.

The customer essentially pays for the data center to be built, then gradually gets that money back through lower payments — while the miner borrows billions, builds, and carries the delivery risk. Core Scientific recorded 954.2 million USD in capital expenditure in the first half of 2026, including 180.9 million USD funded by CoreWeave, and a financing subsidiary issued 3.3 billion USD of secured notes at 7.75 percent — roughly 255.8 million USD in annual coupon costs before repayments. Public markets have noticed: Reuters reported short sellers held approximately 6 billion USD in unrealized gains across five AI infrastructure companies in October, with CoreWeave and Core Scientific attracting heavy short interest.

Market Implications: Owning Megawatts Is Not Owning the Upside

For Bitcoin mining investors, the pivot story deserves scrutiny rather than celebration. Between the grid connection and the final customer payment stand construction companies, hardware suppliers, tenants, and creditors — each with its own contract and claim on the economics. SWI’s Genesis properties are earlier in this process than Core Scientific’s, and the company has not yet disclosed which sites will host its ordered NVIDIA equipment, how much of the reported 1.2 GW can convert economically, or when converted sites might earn AI revenue. Electricity access may be the miners’ real prize, but the contracts determine who keeps it.

The Verdict for Everyday Investors

If you own mining stocks or are tempted by the AI-pivot narrative, do three things before buying the headline. First, separate energized capacity from queued capacity — a place in the connection queue is not a powered site. Second, look at how each deal is financed: customer-funded construction with rent credits means the AI tenant, not the miner, captures much of the early value, while debt-funded builds stack interest costs on shareholders. Third, check how much announced AI revenue is actually billing today versus contracted for the future — across the industry, only a small fraction is real yet. Bitcoin miners genuinely have something AI developers desperately need. The mistake is assuming that value automatically belongs to the miner’s shareholders.

The cryptocurrency market remains highly volatile. This article is for informational purposes only and does not constitute financial advice.