Bitzero: The Energy Company Behind the AI Revolution
In the current context, any prediction of the AI boom assumes that power will be available when needed. However, in reality that is not the case. Bitzero (NASDAQ: AIBZ) has spent the last four years proving otherwise. The company has signed contracts for more than a gigawatt of cheap power in Norway, Finland and North Dakota, before the rest of the industry scrambles for every megawatt.
Bitzero is now cash flow positive, with operational locations and grid connections secured, while big tech companies are still spending hundreds of billions of dollars without getting the power they need. The company recently announced a binding agreement with a major tenant, worth up to $2.6 billion.
The Race to Spend Hugely on AI
As money poured into AI reaches dizzying numbers, the five largest AI and cloud infrastructure companies — Microsoft, Alphabet, Amazon, Meta and Oracle — have committed to spending between $660 billion and $690 billion in 2026 alone. That's more than the entire defense budget of every country except the United States, with about three-quarters of it dedicated to AI infrastructure.
Amazon alone is expected to spend up to $200 billion, a level of spending so aggressive that it could push the company into negative free cash flow this year. Yet while all this money is being spent on building AI, there's one question many people don't seem to be asking: Where will that power come from?
Infrastructure Challenges
While data center construction for AI is going strong, the supporting infrastructure is not keeping up. A new utility-scale power plant takes five to ten years to go from approval to operation. New nuclear projects are even slower. In Virginia, the world's largest data center, operators currently have to wait seven years just to connect to the grid.
Microsoft's deal to restart the Three Mile Island power plant won't deliver electricity until 2027 at the earliest. Google's first Kairos Power nuclear power plant is also not expected to come online until 2030. All of these projects are among the most ambitious energy projects in the United States, and none will be ready in the time period in which the money is actually being spent.
Warning From Investors
The venture capitalists who previously funded the tech boom are also starting to see warning signs. Bill Gurley, a partner at Benchmark who led Uber's A round and predicted the dot-com bubble before it burst, recently warned that the current AI cycle is headed for a "correction."
| Target | Estimated value |
|---|---|
| AI spending of the 5 largest companies (2026) | 660 - 690 billion USD |
| Amazon Spending | 200 billion USD |
| Grid connection wait times in Virginia | 7 years |
Bitzero's Unique Strategy
Most data center developers usually build the building first and look for electricity later. However, Bitzero has flipped that model on its head. "We focus first on securing electricity access, grid location and price brackets, and only then building the infrastructure," said CEO Mohammed Bakhashwain. This allows projects to move forward instead of being stuck in the energy queue.
The company's main facility is in central Norway, where it uses 100 percent renewable hydroelectric power at a price of 3 to 4 cents per kilowatt-hour, just a third of the price most data centers in the United States pay.
Breakthrough Steps
Bitzero doesn't just stand out because of the capacity they've locked down. The company recently confirmed that design of a 5 megawatt AI cluster at its Norwegian facility is complete, to run NVIDIA's GB300 chips - hardware that Microsoft and Google are racing to deploy.
Additionally, Bitzero has signed a long-term lease with a customer, including a 15-year contract for the entire 110-megawatt Norwegian facility, with the first deployment expected in 2027. This not only confirms the company's position in the AI data center space but also brings in a deal worth up to $2.6 billion.
Future Prospects
Bitzero is currently in a positive financial situation. The company is mining Bitcoin at a break-even cost of around $50,000 per coin, while the industry average ranges from $75,000 to $82,000. This creates a cost advantage of 45%, and it is no coincidence that the use of cheap hydroelectric power and efficient work teams give them this advantage.
As many other public mining companies turn to providing AI services to survive, Bitzero is under no pressure to sign any more AI contracts this year to stay afloat. Bitcoin revenue puts the company in a strong position in this massive AI building landscape.
Conclude
The billion dollar question is not whether the need for AI is real, but whether the power needed to support it can appear on time. Forecasts suggest that this will not happen, and the series of nuclear projects in which major technology companies have invested are still years away from providing energy.
Bitzero is in the unique position of having gigawatt-scale power, grid connectivity now, and already has AI hardware in production. With their recent agreement in Norway, the company is moving closer to a full implementation next year.