$130 Billion in AI Data Centers Have Been Blocked or Delayed in 2026

In September, Google walked away from a $1 billion data center outside Indianapolis, withdrawing its Franklin Township proposal minutes before the city-county council was set to vote it down. It was not an isolated incident. Across the United States, communities have now blocked or delayed more than $130 billion in AI data centers during the first three months of 2026, refusing projects that the industry’s largest players assumed they could build anywhere. Companies referenced in this commentary include Bitzero Holdings Inc. (AIBZ), Amazon.com, Inc. (NASDAQ: AMZN), Alphabet Inc. (NASDAQ: GOOGL), ASML Holding N.V. (NASDAQ: ASML), Dell Technologies (NYSE: DELL), and Meta Platforms, Inc. (NASDAQ: META).

This regulatory headwind is precisely what Bitzero spent the last four years quietly engineering its way around. The company now controls more than a gigawatt of low-cost, clean power capacity across Norway and Finland, secured through permits obtained before the backlash began and welcomed by local communities. In May, the company signed a binding letter of intent for a 15-year lease valued at approximately $2.6 billion, and on June 9, it began trading on the Nasdaq. As AI capital rejected in the U.S. seeks jurisdictions where construction remains permitted, Bitzero has strategically targeted regions offering cheap, abundant power to fuel the next wave of artificial intelligence.

Rejections are accelerating and following a predictable pattern. In Tucson, Arizona, the city council unanimously opposed “Project Blue,” a $3.6 billion Amazon campus, after concerns over water consumption and rising municipal costs gained traction. Similar grievances echo nationwide: hyperscalers like Amazon and Google require massive grid upgrades that drive up electricity bills, alongside millions of gallons of water for cooling. What once served as routine formality two years ago now triggers months-long battles in Virginia, Texas, Indiana, and Georgia. Elected officials are compounding the friction. Lawmakers introduced more than 300 data center-related bills in the first six weeks of 2026 alone, while 14 states proposed outright moratoriums on new construction. For developers, this volatility means regulations can shift after land purchases and capital commitments are already in place. While major tech firms scramble to adapt, Bitzero has spent years laying the groundwork.

Consequently, construction at Bitzero’s Nordic facilities is advancing ahead of schedule, while comparable U.S. projects remain stalled. A backlash that appears catastrophic for hyperscalers may instead be creating a strategic opening for Bitzero. Throughout most of the AI boom, the primary bottleneck was hardware, with Silicon Valley racing to secure Nvidia chips. That constraint soon shifted to electricity as grids reached capacity and new connections took years to approve. The current constraint is straightforward yet difficult to resolve: locating power and computing infrastructure in communities willing to grant approval. Even well-funded companies with utility agreements can lose two years—or entire projects—to unexpected council votes. Google possessed both funding and utility backing in Indianapolis, yet still withdrew.

Bitzero designed its business model around securing community and regulatory approval before pursuing development. As CEO Mohammed Bakhashwain has put it plainly, the company locks down power access, grid positioning, and pricing frameworks first, then builds on top of what it has already secured. In other words, it has solved the biggest problem AI is facing first. Most companies run that order in reverse, lining up land and designs and then hoping power and permits will follow. Treating approvals as a starting point rather than an afterthought explains why Bitzero’s sites are operational today instead of waiting in permitting queues. Location strategy matters as much as execution. The company’s flagship facility sits in Namsskogan, central Norway, drawing 100% renewable hydroelectric power at 3 to 4 cents per kilowatt-hour. At that rate, its energy costs represent a fraction of typical American data center expenses. Furthermore, Bitzero holds its own license for direct high-voltage grid connection—a status that normally requires years to obtain.

The competitive advantage lies largely in timing. Shortly after Bitzero secured approval, Norway capped new data center permits at five megawatts each. Since a single AI training hall can easily exceed 100 megawatts, the cap effectively barred large newcomers after Bitzero had already secured its footprint under previous rules. However, the company’s reach extends beyond Norway. Its planned Finland site in Kokemäki is designed to support up to one full gigawatt, with the local utility already confirming a 400 kV grid connection. Additionally, Bitzero acquired a decommissioned anti-ballistic missile complex in North Dakota, whose military-grade security suits sensitive computing operations as well as it did missile defense. Each location provides exactly what domestic developers struggle to find: abundant power, expansion room, and welcoming neighbors.

For much of its history, Bitzero’s compelling thesis rested on the future potential of its sites. In 2026, that potential is materializing rapidly. In May, the company executed a binding agreement with cloud and network provider OneQode to lease the full 110-megawatt initial capacity of its Namsskogan facility for 15 years, with provisions to scale the campus toward 315 megawatts. A tenant committing to an entire site prior to completion sends a direct demand signal rarely seen in the market. Bitzero anticipates the agreement will generate approximately $2.6 billion in revenue over the lease term, with operations scheduled to commence in the first half of 2027. The company projects an estimated 85% net operating income margin, translating to roughly $178 million in annual revenue at full capacity and about $151 million in net operating income. This margin is sustained because the tenant covers power costs separately, while Bitzero retains ownership of both the facility and the grid connection.

Capital markets responded accordingly. On June 9, Bitzero transitioned from a junior listing to trade on the Nasdaq under the ticker AIBZ, unlocking access to institutional investors who previously avoided venture exchanges. This trajectory aligns with early insights from seasoned investors. Kevin O’Leary, who joined as a strategic investor years ago, has characterized Bitzero as “really a power company,” while Abu Dhabi-listed Phoenix Group has backed the firm since 2022 and remains a significant minority shareholder. Their initial assessment grows increasingly validated with each new contract.

Wall Street has yet to fully price in Bitzero’s contracted AI capacity, which represents substantial value. When Applied Digital secured 15-year leases with CoreWeave for 250 megawatts in North Dakota, the deal placed approximately $7 billion in revenue on the table over its term—roughly $28 million per contracted megawatt. Bitzero’s OneQode agreement lands in a similar range at approximately $24 million per megawatt. The critical distinction is that Bitzero’s capacity is already permitted and under construction, rather than merely conceptualized. Despite this, Bitzero entered June valued at a small fraction of what a single contracted site would command at those multiples. The Nasdaq debut and OneQode revenue stream have only begun to bridge that valuation gap. Bitcoin mining, which historically funded the company, now primarily covers operational expenses while the core data center business scales. Moving forward, Bitzero’s narrative is firmly rooted in AI infrastructure.

Other companies warranting attention include Amazon.com, Inc. (NASDAQ: AMZN), which may be making the most aggressive single bet on AI infrastructure among those listed. The company announced $200 billion in capital expenditures for 2026, primarily directed toward AWS data centers—an increase from $96.5 billion in 2025 and $83 billion in 2024. First-quarter FY2026 results reinforced this trajectory. AWS growth accelerated to 28%, marking its fastest pace in 15 quarters on a substantial base. Amazon’s custom chip division, Trainium, surpassed a $20 billion annualized revenue run rate, achieving triple-digit year-over-year growth. Separately, AWS committed up to $50 billion in dedicated AI infrastructure for U.S. federal agencies, positioning the company for a structural advantage in the government cloud market for years to come.

Alphabet Inc. (NASDAQ: GOOGL) is approaching the AI data center race from a position of unusual strategic depth. Unlike peer hyperscalers, Google designs and manufactures its own AI chips—the Tensor Processing Units—granting it supply chain independence that Microsoft and Amazon lack. This vertical integration is reflected in recent metrics: the company reduced Gemini serving u