North Dakota Data Center News

Jun 1, 2026 · Information Technology and Innovation Foundation

Targeted Pressure: How Chinese Manufacturing Competition Impacts US States

The Information Technology and Innovation Foundation (ITIF) has published a report finding Chinese industrial policy is reshaping global manufacturing and harming industries across every U.S. state.

Main finding & method: The ITIF report (June 1, 2026) analyzes one “national power industry” per state using County Business Patterns employment data, HS/SITC export proxies, and global market-share series to conclude that state-backed Chinese subsidies, export pushes, and overcapacity are driving down prices and pressuring U.S. producers in sectors such as semiconductors, batteries, aircraft, and fabricated metals.
Key facts, numbers, and timelines:China plans ~$150 billion in semiconductor investment through 2030 vs. $52 billion under the U.S. CHIPS funding; the report cites $63.3 billion Chinese semiconductor spending in H1 2025, TSMC’s $165 billion U.S. investment announcement, GE Appliances’ $490 million Appliance Park investment (2025), and state/national export shares and HS-code trade series used throughout the analyses.

May 19, 2026

Three Rural Providers Band Together To Build 2,000-Mile Fiber Route

Dakota Carrier Network, Range and WIN Technology announced a joint $700 million investment to build the Heartland Fiber Project expanding high-capacity fiber across the American heartland.

Main announcement: The three providers committed $700 million to deploy the Heartland Fiber Project across Colorado, Wyoming, Montana, North Dakota, Minnesota, Wisconsin and Illinois; construction begins this summer with deployment expected over the next one to two years and the network will include high-fiber-count infrastructure and additional conduit capacity to scale bandwidth for AI hyperscale data center demand.
Background and details: The project targets markets offering available power, land and lower cooling costs to attract hyperscalers; CEOs Rob Johnstone (Range) and Seth Arndorfer (Dakota Carrier Network) framed the deal as improving scale/resiliency and competitiveness for hyperscaler investment. The article also references Zayo’s recent acquisition of Crown Castle fiber assets as sector context.

May 19, 2026

Aureon and Partners Deliver 100-Terabit Route for the AI Era

Aureon has announced the delivery of a new 100 Tb long-haul transport route from Ellendale, North Dakota to Chicago, Illinois, built with partners t3 Broadband, Nokia, and Midco, going live in July 2026 and scalable to 400 Tb.

Main announcement: Aureon delivered a 100 Tb long-haul transport route linking Ellendale, ND → Chicago, IL, going live July 2026, designed to scale to 400 Tb, with Aureon managing ongoing support and maintenance; partners on the build are t3 Broadband, Nokia, and Midco.
Background and details: The deployment targets large-scale AI and cloud workloads, emphasizes low-latency fiber corridor across the Midwest (cities listed include Ellendale, Des Moines, Davenport, Chicago), cites 5 premier partners, and includes partner statements on coherent optical technology, lit solutions using Midco’s fiber, and network integration work by t3 Broadband.

Apr 24, 2026

Data Center World 2026: Innovation Spotlight

Data Center Frontier reported on innovations showcased at Data Center World 2026, highlighting product launches and partnerships from XL Batteries, STL, Belden + OptiCool, and ABB.

Main announcement/action: XL Batteries introduced non-toxic, non-flammable organic flow batteries for long-duration energy storage (6 hours to more than 250 hours, 20+ year lifetime) as a data-center-focused solution; STL launched the Neuralis connectivity platform (pre-terminated, ultra-high-density fiber with ~7,000 strands and designs to support transitions from 400G to 800G+); Belden and OptiCool announced integrated rack-level systems with OptiCool RDHx supporting up to 120 kW per rack (with 60 kW demonstrated) and modular swap capability in ~5 minutes; ABB promoted HyperGuard, a medium-voltage static UPS configurable in 25 MW blocks and expandable to 50 MW via parallelization, citing a 400 MW Applied Digital facility as a deployment example.
Context and additional details: The coverage is a show-floor summary (not a single coordinated announcement) emphasizing practical execution, offsite pre-termination to reduce labor and deployment time, non-flammability and supply-chain advantages for organic flow batteries, modular cooling to serve the AI “middle market” (10–60 kW scalable racks), and a grid-to-chip approach (800VDC pathways, solid-state breakers) aimed at reducing stranded capex and enabling last-mile flexibility.

Apr 23, 2026

‘Beneficiary Pays’ Model Gains Traction With Lawmakers

Rep. Julie Fedorchak said Congress could require companies driving demand for new transmission lines to pay for them.

Main announcement: Rep. Julie Fedorchak (R-N.D.) proposed that companies driving demand for new transmission lines should pay for those lines, and Rep. Scott Peters (D-Calif.) backed cost allocation with a call for clear criteria for distributing costs.
Details & context: Fedorchak outlined a three-step approach: stabilize the grid by slowing plant retirements, optimize existing transmission with higher-capacity lines, and enact permitting reform for long-term expansion; Peters supported improved transmission planning but opposed keeping expired plants online, urging private-sector replacement of retired generation. Congress is reported to be close to a deal and lawmakers warned the legislative window may be limited and will require bipartisan support.

Apr 23, 2026

3 things to know about data centers in Minnesota

Fresh Energy says data centers built in Minnesota must use clean energy, pay for needed grid infrastructure, and pilot waste-heat and other clean-heat technologies to avoid hindering the state’s decarbonization goals.

Main announcement/action: Fresh Energy calls for data centers to comply with Minnesota’s 100% clean electricity by 2040 law, to pay the full costs of any local electricity infrastructure upgrades (per the 2025 data center policy package), and to pilot clean-heat capture from server waste heat for local heating uses.
Background/details: The organization highlights that data centers in Minnesota should be powered largely by wind, solar, battery storage, and demand response programs, that the Minnesota Public Utilities Commission must oversee rate design and integrated resource planning to prevent indirect rate impacts, and that references include Minnesota being 50% carbon-free for electricity and North Dakota examples of large loads affecting rates.

Apr 20, 2026

North Dakota Regulators Can’t Help Blumenthal on Data Center Oversight

The North Dakota Public Service Commission said it cannot provide key information to Sen. Richard Blumenthal because it does not regulate data centers.

Limited response to Blumenthal: The PSC will submit a response to Sen. Richard Blumenthal but said it “does not regulate” data centers and will limit the scope of information provided; Chair Randy Christmann warned against setting a precedent of responding to inquiries from all 535 members of Congress.
Approved temporary variance for power project: Regulators granted a temporary variance allowing site preparation (including grading) for a $110 million project — a new substation and a 1.74-mile, 345-kilovolt transmission line to serve an Applied Digital facility expected to require up to 280 megawatts at peak; Minnkota Power Cooperative will own and operate the infrastructure and Applied Digital will fund the project upfront at no cost to other rate-payers; full project approval is pending.

Apr 2, 2026

States Race to Win the Tech Economy in 2026 State of the State Addresses

Broadband and technology were prioritized across nearly 30 governors’ 2026 State of the State addresses.

Main announcement: Governors across the country emphasized broadband expansion, AI policy and workforce development, and data center/energy planning; specific claims include Maine reporting “more than a quarter million homes and businesses” served, Wisconsin reporting 410,000 businesses and households with new or improved internet, Kansas connecting 117,000 households and businesses, and the Virgin Islands reporting a territory-wide internet program with over 50,000 users per month. The addresses also included concrete funding and contract figures: Maryland announced a $4 million AI workforce training investment, and South Dakota cited a $35 million Department of Defense contract for warhead production.
Background and other details: Governors described partnerships and policy actions: Maryland cited collaborations with Bloomberg Philanthropies, Microsoft, a South Korean biotech firm, and AstraZeneca for AI work; Iowa cited partnerships with Amazon Web Services and Google Public Sector to modernize state systems; several governors (Indiana, New York, Nebraska) debated who should shoulder data center energy costs or accelerate permitting; some states (New Hampshire, Delaware, South Carolina) signaled nuclear energy pathways and DOE engagement. Implementation timelines are those stated in addresses (2026) and referenced ongoing programs and contracts (e.g., South Dakota’s $35 million DoD contract already awarded).

Mar 13, 2026

Preparing Enterprise Data Centers for AI Adoption

The article provides analysis and planning guidance for enterprises on corporate data centre strategies to support AI and traditional computing.

Main analysis/action: The piece recommends that enterprises adopt a hybrid cloud/colocation/on-premises strategy and future-proof facilities (supporting air-cooled cabinets up to 35 kW and liquid cooling piping to enable 70–160 kW per cabinet later). It cites specific forecasts including a 2025 McKinsey report projecting almost $7 trillion in AI-related IT infrastructure spending through 2030 (broken into $3 trillion for data centers and $4 trillion for computing and telecom hardware).
Background and evidence: The article references surveys and reports (Uptime Institute 2025, BCG AI Radar 2026, Flexera 2025, AFCOM 2026, Cisco 2025) and provides concrete capacity/telecom considerations: AI training workloads often require 80–160 kW per cabinet and are sited in large, high-power campuses (sometimes remote, e.g., rural North Dakota), while AI inference typically needs 25–70 kW per cabinet and favors low-latency, high-reliability sites near corporate data and users. It recommends concrete planning steps (multi-disciplinary teams, third-party consultants, scoped milestones, cloud readiness analysis, and capex vs occupancy cost comparisons).

Mar 13, 2026

Landowners and Locals are Fighting AI Expansion of High-Voltage Power Lines

PPL has announced plans to build a 500-kilovolt transmission line (the 12-mile “Sugarloaf” project) that could cross John Zola’s 40-acre property in eastern Pennsylvania.

Project details and local action: The 12-mile Sugarloaf project would reuse and expand an existing corridor, involve 240-foot metal towers and require a wide corridor (up to 200-foot-wide in some projects); PPL serves more than 1.5 million customers, projects peak electricity demand to more than triple by 2030, has offered landowners cash payments (offers reported rising from $17,000 to $85,000 for one owner) and may pursue eminent domain if landowners refuse.
Background and national context: The article places the Sugarloaf dispute in a broader national trend driven by AI-era data center demand: a $1.7 billion proposed Pennsylvania-spanning line, a $22 billion Midwest transmission package under dispute, and utilities forecasting transmission spending to nearly $50 billion a year by 2028; opponents include landowners, conservationists, state regulators and regional stakeholders.

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