Aaron Ray

One of the coolest companies, very exciting stuff for the boating community! Tesla of the water!🚤💨📈

$nixx North Dakota stands out as a prime location for data centers—especially AI/HPC ones—due to abundant, low-cost power from stranded natural gas, a cold climate for efficient cooling, available land, supportive policies, and the ability to build behind-the-meter generation that avoids straining the existing grid. This is particularly relevant now, as many other states face pushback and are delaying or considering bans/moratoriums on large data centers (e.g., New York’s recent one-year moratorium on facilities ≥50 MW, proposals in Georgia, Virginia, Arizona, Colorado, and others) over concerns like grid strain, rising utility bills for residents, water use, noise, land impacts, and tax incentives. Why North Dakota? •Stranded/Excess Natural Gas and On-Site Power Generation: The Bakken formation produces significant natural gas as a byproduct of oil. Export pipelines are constrained, leading to potential flaring or underutilization. Data centers can anchor local power generation (gas-fired, sometimes with hydrogen pathways or carbon capture), turning “stranded” energy into reliable, behind-the-meter supply for gigawatt-scale campuses. This bypasses traditional grid interconnection queues and transmission bottlenecks plaguing other regions. Projects like Applied Digital’s facilities and the proposed Nixxy/Tachyon9 Nakota campus (up to 1 GW, starting with 100-150 MW phases) leverage this directly. •Cheap Electricity: Commercial rates around 7.5¢/kWh (well below the U.S. average of ~14¢/kWh), plus excess generation that can actually lower rates for local ratepayers when data centers use otherwise unused power (e.g., credits/rebates reported in places like Ellendale). •Cold Climate Advantages: Free or low-cost cooling for 200-220+ days/year reduces energy use for chillers by 25-30% compared to hotter states like Texas or Arizona. This boosts efficiency and cuts operating costs significantly. •Land, Water, and Infrastructure: Plenty of affordable land, available water (often with closed-loop systems to minimize consumption), existing energy infrastructure, and a regulatory environment experienced with large energy projects. •Economic and Policy Support: Pro-business stance with tax policies favoring qualified data centers, efforts to attract big loads without burdening residents, and economic development focus on utilizing energy resources in-state. Companies like Applied Digital, NextEra/Basin Electric (planning gas plants for data centers), and others are actively building or expanding. Contrast with Other States In places like Virginia, Georgia, Texas, Arizona, and the Northeast/Midwest, rapid data center growth has led to: •Grid overload and higher bills for everyone. •High water demand amid droughts. •Local opposition over noise, traffic, and farmland loss. •Debates over tax breaks vs. benefits. North Dakota largely sidesteps these by co-locating generation with demand, using excess resources, and demonstrating benefits like stable/lower rates for residents. In short, North Dakota solves AI’s biggest current bottleneck—reliable, scalable, affordable power—while turning an energy surplus challenge into an economic opportunity. This positions it as a growing hub (e.g., Applied Digital’s Polaris Forge campuses, Nakota project) amid national constraints.