The biggest investment opportunity of the AI era has very little to do with software or chips. The market has already priced both. The real story is power: who owns it, where it sits and how cheaply it can be delivered to AI workloads at scale.
A small data center company that almost no one on Wall Street has heard of just answered all three of those questions in front of the entire industry. In May 2026, Bitzero Holdings Inc. (NASDAQ:AIBZ) signed a binding letter for a 15-year lease with OneQode for the entire 110 megawatts at its Namsskogan, Norway data center site. Total contracted revenue runs approximately $2.6 billion.
That lease accomplishes two things at once. It converts Bitzero from a profitable Bitcoin miner into a contracted AI infrastructure operator with long-duration recurring revenue, and it validates years of work building out something that has become close to impossible to replicate: cheap, renewable, scalable power capacity in a tier-one EU jurisdiction.
This is the kind of deal that drove multi-billion dollar valuations for names like TeraWulf, Hut 8 and Core Scientific. Bitzero still trades at a market cap of roughly $130 million.
The Infrastructure Crisis No One Is Talking About
The numbers tell a brutal story. A developer recently proposed a $12 billion data center complex in St. Joseph County, Indiana in what would be the largest project investment in state history.
They had the money. They had the capital. They had identified the land. They even had support from county economic development officials desperate for the revenue and construction jobs.
But none of that mattered when the Local Area Plan Commission voted 7-0 against the project in September 2025. The proposal would have displaced 16 single-family homes and two family farms, converting agricultural land to industrial use. Community members packed the meeting, raising concerns about unknown water and electricity demands, tax impacts and safety risks.
This is the new reality every company faces trying to build data infrastructure.
The power grid wasn't built for what's coming. A single ChatGPT query consumes 10 times the energy of a Google search. Training the next generation of AI models requires the equivalent power of small cities. And Bitcoin mining already consumes more electricity than entire countries.
According to Goldman Sachs Research, global data center power use is on track to jump about 50% by 2027 and could surge up to 165% by decade’s end compared to 2023.
The bottlenecks are everywhere. Utility companies quote 2-4 year wait times just for feasibility studies. Actually getting power? That can take even longer…and for most sites, if you're not near a major transmission line, utility companies simply say no.
There's no amount of money that can fix it. The infrastructure doesn't exist, and building it from scratch means navigating a maze of regulatory approvals, environmental studies, and local politics that can kill projects worth billions.
Norway has essentially closed the door to new large-scale operations. Any new data center operator without existing infrastructure is now limited to just 5 megawatts as an initial allocation, which is barely enough to run a small Bitcoin mining operation, let alone compete for AI workloads.
This is the landscape every tech company and Bitcoin miner faces: massive demand, limited supply, and infrastructure development timelines measured in years, not months.
The companies – like BitZero – that already own their power connections hold assets that have become virtually impossible to replicate.
What AI Hyperscalers Need…But Cannot Find
AI companies need a very specific combination of things and the combination has become increasingly rare:
Megawatt-scale power with immediate availability. Training large language models and running inference workloads requires sustained power draws that dwarf traditional data center needs. Hyperscalers need 100 megawatts or more, and they need it operational within months, not years.
Renewable energy sources. Corporate ESG commitments aren't optional anymore. Microsoft, Google, and Amazon have all pledged to run on 100% renewable energy. Finding fossil fuel power is easy. But finding renewable power at scale is nearly impossible.
Low-latency connectivity. AI workloads require fiber infrastructure capable of handling massive data transfers. Remote locations without existing connectivity infrastructure simply don't work.
Cool climates. Every degree of ambient temperature saved translates to millions in reduced cooling costs. Scandinavian and northern locations offer massive operational advantages.
Political stability and favorable data regulations. AI training data often includes sensitive information. Hyperscalers need jurisdictions with stable regulatory frameworks and data sovereignty protections.
The challenge? Almost no locations check all these boxes. And the few that do are either already taken or face multi-year waitlists.
Norway, Finland, and other Nordic countries represent the ideal environment with their abundant renewable energy, cold climates, excellent connectivity, and EU data protections. But getting access to power in these markets has become virtually impossible for new entrants.
BitZero already has it.
The OneQode binding letter to be backed by an IG, signed in May 2026, is the market's direct confirmation. A 110 megawatt, 15-year, $2.6 billion commitment to a Norwegian site does not happen unless the operator already meets every requirement on that list.
BitZero’s Critical Advantage: It Owns the Power Itself
While the rest of the industry waits in line for power allocations, BitZero (NASDAQ:AIBZ) operates from an entirely different position. The company owns and controls its own power infrastructure as a licensed grid operator in Norway, bypassing utilities entirely and eliminating competition for grid capacity.
This distinction is tremendously important. Being a grid operator at the 132 KV level means BitZero has eliminated multiple layers of fees, middlemen, and bureaucracy that are a concern for its competitors. The company owns its high-voltage feed lines, maintains its own connections directly to hydroelectric power plants, and operates its own substations.
So when BitZero needs to expand, it doesn't file applications with utility companies and wait years for approval. It works directly with the power plant. When market conditions change, it doesn't negotiate with multiple intermediaries about power allocation. It controls its own destiny.
Combined with Norway's abundant hydroelectric power, this brings the company's all-in electricity cost, including grid fees, taxes, and all charges, to an astonishingly low 3-4 cents per kilowatt-hour. Traditional data center operators pay 8-12 cents per kWh…yet BitZero delivers power at less than half that cost.
This massive power advantage drives an all-in Bitcoin mining breakeven of roughly $50,000 per coin, which is about half the industry average.
When it comes to AI, this cost structure translates to competitive pricing that traditional data center operators simply cannot match.
This infrastructure also provides something money can't buy: security and reliability.
BitZero's power isn't subject to curtailment when the grid is stressed. Its 100% hydroelectric supply means no exposure to natural gas price spikes or carbon regulations…critical factors for AI companies making multi-year infrastructure commitments.
The same power capacity, cooling systems, and grid connections that enable efficient, low-cost Bitcoin mining operations are exactly what AI workloads require. BitZero didn't build this infrastructure for AI by accident…the requirements are nearly identical.
Bitcoin mining also serves as operational proof for the company. Running continuous, high-load compute workloads for Bitcoin mining validates the reliability of BitZero’s infrastructure under real-world conditions…the very same type of conditions demanded by AI and high-performance computing customers.
The OneQode Deal: $2.6 Billion of Contracted AI Revenue
Everything described above existed before May 2026. The market did not pay much attention. That changed when Bitzero signed a binding letter with OneQode Networks Pte. Ltd. for a 15-year lease of the entire 110 megawatts at its Namsskogan site. Total contracted revenue runs approximately $2.6 billion over the term, with implied annual revenue of roughly $178 million at full capacity and a net operating margin of 85%.
The tenant is deploying GPU clusters for enterprise AI, large language model training and sovereign AI workloads. Initial commissioning is targeted for the first half of 2027, with the lease then running through 2042 at minimum.
Two numbers explain why this matters more than anything else Bitzero has announced. The first is the size of the revenue jump. Bitzero generates roughly $25 million in trailing twelve-month revenue from Bitcoin mining today. Once OneQode commences, total pro forma revenue runs approximately $203 million. That's an 8x increase.
The second is the change in revenue quality. The market values mining revenue and contracted infrastructure revenue very differently. Per CoinShares Q1 2026 research, miners with secured HPC contracts trade at roughly 12.3x forward sales, while pure-play miners trade closer to 5.9x. Bitzero is about to walk through the gap between those two multiples.
The 85% NOI margin is unusually rich because Bitzero is the landlord, not the operator. OneQode pays for power on top of the lease, runs the GPUs and takes the technology risk. Bitzero collects rent on infrastructure it already owns and already powers at industry-low rates.
The buildout to convert the site to HPC-grade specifications runs roughly $1.1 billion. Bitzero is in late-stage discussions with banks and financial institutions for debt financing. The deal is binding but subject to definitive documentation, which management has indicated could close within the next 60 to 90 days.
For context on scale, this deal slots into the same class as several transformative HPC leases signed by other Bitcoin miners over the last 18 months. TeraWulf sits on approximately $12.8 billion in contracted HPC revenue. Hut 8 signed a $7 billion, 15-year lease with Fluidstack for 245 megawatts. Core Scientific signed a $10.2 billion deal with CoreWeave across roughly 500 megawatts. Each of those announcements rerated the company's stock substantially. Bitzero's market cap, as of this writing, has barely moved.
Four Strategic Sites: Over 1GW of Secured, AI-Ready Capacity
BitZero controls over 1 gigawatt of potential capacity across four strategic locations. Each site addresses different segments of the AI infrastructure market.
Norway (Namsskogan): The OneQode Site
Bitzero's Norway flagship holds the 110 megawatts now committed to OneQode under the 15-year lease. Commissioning is targeted for the first half of 2027. Once operational, this single site is expected to generate roughly $178 million in annual lease revenue at an 85% NOI margin. The infrastructure is already in place, the power is already secured, and Bitcoin mining continues at the site until the HPC buildout begins.
Finland (Pori): The Next Leg
Bitzero's Finnish site sits on nearly 1 million square meters with staged power capacity up to 1 gigawatt. The energy mix is 100% renewable, primarily nuclear and hydro, supplemented by wind and solar. Pori is a major port city on the Gulf of Bothnia with direct access to undersea fiber cable landing stations. The location offers Finland's skilled technical workforce and EU data sovereignty protections, both of which matter for AI training workloads involving European customer data. With Norway under contract to OneQode, Pori becomes the next available block of AI-ready capacity in the Bitzero portfolio. Bitzero has retained CBRE to market the site to hyperscale tenants.
Second Norway Site (Røyrvik): Strategic Expansion Capacity
BitZero has secured 20MW of hydroelectric-powered capacity near high-voltage infrastructure, with expansion potential beyond that. This provides flexible capacity for specialized AI workloads near the company’s established Norwegian operations.
North Dakota (Nekoma Pyramid): The Security Play
This 184-acre property includes the former Stanley R. Mickelsen Safeguard Complex, a Cold War-era anti-ballistic missile facility with 225,000 square feet of EMP-proof, nuclear-hardened bunker space. The site offers 3MW of immediately available power, expandable to 30MW within six months.
Defense contractors and companies handling classified AI training data require security that standard data centers cannot provide. Nekoma delivers that, plus US market access complementing BitZero's Scandinavian holdings.
Four sites…and more than 1 gigawatt of secured, low-cost renewable power. One of them is now under a $2.6 billion agreement. The other three are next.
Bitcoin Mining: The Profitable Bridge
Most early-stage infrastructure plays burn investor capital for years before signing their first tenant. Bitzero generates revenue today.
BitZero currently mines Bitcoin at 3-4 cents per kilowatt-hour, with an all-in cost to mine one Bitcoin around $50,000, which is roughly half the industry average of $100,000. The current Norway mining operation generates approximately $1 million in monthly EBITDA, and continues running until the HPC buildout for OneQode begins.
Bitcoin mining serves three critical functions:
First, it proves the infrastructure works at scale. Operating 24/7 compute workloads under full load demonstrates reliability to potential AI partners evaluating hosting agreements.
Second, it generates revenue immediately. While competitors burn investor capital waiting for power allocations, BitZero operates profitably.
Third, it provides optionality. BitZero can shift capacity between Bitcoin mining and AI hosting dynamically based on where economics are most attractive. When AI hosting margins exceed mining profitability, capacity pivots. When Bitcoin prices surge, mining revenue grows.
Bitcoin mining is funding the transition. The OneQode transition is what matters.
The Valuation Gap Is About to Close
Bitzero's pro forma revenue profile, once the OneQode lease commences, would put it in the same conversation as Bitcoin mining and HPC infrastructure names that already trade at multi-billion dollar market caps.
IREN Limited (Nasdaq: IREN) trades at a market cap above $22 billion. TeraWulf Inc. (Nasdaq: WULF) sits above $13 billion. Cipher Mining (Nasdaq: CIFR) is north of $10 billion. Hut 8 (Nasdaq: HUT) trades above $13 billion. Each of these companies has built its valuation on the same thesis Bitzero is now executing: owned power infrastructure plus a credible long-duration HPC contract.
At the time of writing Bitzero trades at a market cap of roughly $339 million.
Let that sink in. A company with more than 1 gigawatt of secured capacity, a 15-year $2.6 billion binding letter for an AI lease signed with OneQode, profitable Bitcoin mining operations and commissioning targeted for the first half of 2027 trades at roughly 1% of IREN's market cap.
The broader market is already beginning to recognize that the AI buildout is ultimately an infrastructure story as much as a technology story. Companies such as Quanta Services (NYSE: PWR), which helps construct and upgrade transmission networks, Vertiv Holdings (NYSE: VRT), a leading provider of critical power and cooling systems for data centers, and Constellation Energy (NASDAQ: CEG), one of the largest suppliers of carbon-free baseload power in the United States, have all emerged as major beneficiaries of the race to secure electricity for AI workloads. Their success underscores a simple reality: AI cannot scale without power. As demand for data centers accelerates, investors are increasingly focusing on the companies that own, deliver, manage, and monetize the energy infrastructure behind the digital economy.
Phoenix Group, the publicly-listed Bitcoin miner ranked tenth globally by market capitalization, holds a 20.8% equity stake in Bitzero and a board seat. Kevin O'Leary is on the cap table. The proposed board includes investment banking veterans from Credit Suisse and JPMorgan. And as of June 9th 2026, Bitzero is now trading on Nasdaq Stock Market under the ticker symbol AIBZ.
The CSE listing has kept Bitzero off the radar of most US institutional money. The Nasdaq listing changes that. The OneQode deal changes that. Once both pieces are confirmed, the structural discount that small Canadian-listed names typically carry should compress quickly.
The infrastructure cannot be replicated. And the valuation gap will not last.
By. Charles Kennedy
