The rapid expansion of artificial intelligence (AI) and cryptocurrency mining is straining the global electricity grid, exposing a growing power shortage that experts warn could significantly increase electricity costs and disrupt operations. The White House signaled a dire outlook in mid-2025, forecasting that without an influx of infrastructure investment totaling $1.4 trillion, energy prices could surge sharply by 2030. This surge is fueled by projections that power demand might increase up to tenfold within the decade due to data centers and blockchain networks.
Major technology companies now compete for limited power resources, experiencing long delays in grid connections. For instance, in Virginia, data centers encounter waits of several years before gaining access. Meanwhile, tech giants like Microsoft, Google, and Amazon are investing in nuclear energy projects to meet their requirements, but these reactors are unlikely to come online until the late 2020s or even the 2030s, leaving a near-term gap in capacity.
In contrast, some firms have approached the challenge by securing low-cost, sustainable electricity ahead of major infrastructure bottlenecks. One such company has leveraged abundant hydroelectric power in regions like Norway, Finland, and rural North Dakota to support both AI processing and Bitcoin mining. Their model, which emphasizes locking in affordable, clean power before expanding infrastructure, distinguishes them from traditional developers who build first and seek energy later.
Specifically, their flagship site in Norway offers 110 megawatts of capacity fueled entirely by hydroelectricity at about 3 to 4 cents per kilowatt-hour, substantially cheaper than the US average electricity price. This site is poised to expand to nearly 300 megawatts. Additionally, the company operates as a licensed grid operator in Norway, granting it direct energy supply control—a regulatory advantage that erects high barriers for competitors and fosters a durable competitive edge.
Such strategic positioning becomes even more critical given regulatory caps imposed in Norway, where new power concessions for data centers now limit expansions to just 5 megawatts. This policy forces potential entrants to assemble numerous small permits, complicating large-scale development. This context highlights the urgency of securing power access early in regions with abundant renewable resources amid tightening constraints elsewhere.