No generation in human history has witnessed an infrastructure buildout of this speed and scale, and the defining constraint is not silicon but electricity.
Over the next several years, trillions of dollars will flow into what industry leaders increasingly describe as AI factories, sprawling campuses packed with advanced processors, cooling systems, and networking equipment.
McKinsey estimates AI-related infrastructure spending could exceed $5 trillion by 2030, while JLL projects developers may require roughly 100 gigawatts of new data-center capacity over the same period.
Utilities across North America and Europe are now receiving requests for hundreds of megawatts from individual AI campuses, with many facing multi-year waits for interconnection studies and transformer deliveries before a single server can be switched on.
Microsoft is helping restart a nuclear reactor at Three Mile Island, Google has signed agreements tied to next-generation nuclear power, and Amazon, Meta, Oracle, and OpenAI are pursuing dedicated generation assets to secure electricity for future expansion.
For Bitzero (NASDAQ: AIBZ), the scramble for power started years before AI factories became Wall Street’s favorite investment theme, when the company began securing low-cost electricity, land, permits, and grid access across Norway, Finland, and North Dakota.
The company controls a development pipeline exceeding one gigawatt of potential capacity, positioning it among a small group of operators that entered the current AI buildout with power already secured rather than waiting in queue.
Bitzero’s roots lie in Bitcoin mining, a business that demanded the same core resource as AI data centers and pushed the company into some of the world’s most attractive power markets.
Management reports all-in electricity costs of roughly three to four cents per kilowatt-hour at its Norwegian operations, allowing the company to mine Bitcoin at an estimated cost of approximately $50,000 per coin, well below much of the industry.
The company’s flagship Namsskogan campus in Norway operates with direct access to the 132-kilovolt transmission network and low-cost hydroelectric power, with infrastructure capable of supporting future high-performance computing deployments.
In Finland, Bitzero controls the Kokemäki development, where engineering studies outline a path toward approximately 520 megawatts of buildout on its controlled lands, with first-phase capacity expected to support roughly 80 megawatts.
Earlier this year, Bitzero retained CBRE to market its Finnish development to hyperscale and enterprise customers, and partnered with Hydra Host, an NVIDIA Cloud Partner with operations spanning more than 50 locations globally.
The real strategic breakthrough came on May 5, when Bitzero announced a binding letter with OneQode Networks for a lease on the full 110 megawatts of capacity at its Namsskogan campus.
The 15-year lease carries an estimated value of approximately $2.6 billion and is expected to support GPU clusters dedicated to enterprise AI, sovereign AI initiatives, and large-scale model training workloads.
Kevin O’Leary, known as Shark Tank’s “Mr. Wonderful” and a key Bitzero backer, stated bluntly that “50 percent or more of the data centers that have been announced won’t be built because there is no power on the grid.”
O’Leary described his view of the company in direct terms: “I don’t really consider it a Bitcoin miner anymore, I consider it a real estate power company. What it has is sub-six cents per kWh power, with land, permits, and water, which is something that’s incredibly hard to find anywhere in the world.”
The broader AI infrastructure race is reshaping investor attention across the technology sector, with Super Micro Computer (NASDAQ: SMCI) emerging as a major supplier of AI-optimized server systems powering next-generation computing clusters.
CrowdStrike (NASDAQ: CRWD) continues to benefit as AI adoption dramatically expands the volume of mission-critical data, cloud infrastructure, and enterprise networks that require active cybersecurity protection.
SpaceX (NASDAQ: SPCX) is increasingly viewed as an important piece of the AI ecosystem through its Starlink satellite network, expanding global connectivity and supporting data-intensive applications in remote regions.
Across every layer of the AI stack, from hardware to communications to cybersecurity, the common constraint binding them all together is the same: abundant, reliable electrical power.
