Utah Data Center Intel

Recent Utah data center news

• Apr 9, 2026

  From Reactor Designs to Real Projects: SMRs Enter the Execution Era as AI Power Demand Accelerates

  Data Center Frontier reports that the SMR story in early 2026 has moved from reactor design discussion to concrete industrial execution focused on permits, fuel, supply chains, financing, and customer traction.

  • Main announcement / action: Through Q1 2026 (notably March), multiple vendors advanced from partnership announcements to tangible progress: TerraPower secured an NRC construction permit for Natrium; Holtec had its LWA docketed for two SMR-300 units at Palisades and is pursuing preliminary construction and a partnership with Hyundai Engineering & Construction (aiming at up to 10 GW in North America); X-energy confidentially filed for an IPO (Reuters, March 20) and signed MOUs with Talen Energy (evaluating multiple four-unit Xe-100 deployments) and IHI to strengthen U.S.-Japan supply chains.
  • Background and other details: Vendors are addressing three execution constraints: regulatory progress, manufacturing and fuel ecosystems (e.g., NuScale expanded its Framatome fuel partnership and planned U.S. production at Richland; Oklo and Centrus plan HALEU-related joint activities at Piketon, Ohio; Kairos secured a HALEU contract with DOE), and customer alignment (growing emphasis on industrial users, utilities, and data-center-driven load). Additional milestones: GE Hitachi advanced BWRX-300 deployment work (Step 2 UK GDA, MoUs in Southeast Asia and Poland) and Rolls-Royce SMR received a UK Justification Decision and partnered on supply-chain and control-systems work.
• Apr 9, 2026

  Turning Buildings into Energy Assets

  DaisyChain Energy, led by Co-founder and CEO Alex Blumberg, is deploying submetering and smart rate arbitrage to help commercial buildings reduce peak loads and act as grid-stabilizing assets.

  • Main announcement/action: DaisyChain combines submetering and smart rate arbitrage to track energy use at the circuit level and shift consumption to off-peak rates, producing immediate savings for commercial buildings while preparing sites for batteries, heat pumps, and other distributed energy resources. MCJ is an investor in DaisyChain; the company’s approach targets grid congestion and the problem of the grid being built for rare peak events.
  • Background and additional details: The article cites NERC warnings about growing power shortage risks and references global spending on grid upgrades (source: BCC Research). It notes rising demand from electrification and AI data centers and promotes related content: the DaisyChain conversation on the Inevitable podcast (linked to Spotify) and a related episode about Paces accelerating data center and renewable siting. Event details (as provided):
    • San Francisco Climate Week event: Date: not specified in article; Time: not specified; Location: San Francisco; Agenda/subject: New Mexico’s transformation as a hub for entrepreneurs and investments, featuring Rob Black (New Mexico Cabinet Secretary of Economic Development), Bruce Brown (Head of Strategic Climate Initiatives, New Mexico State Investment Council), Carrie Von Muench (Founding COO, Pacific Fusion), and Carl Hoiland (Co-Founder, Zanskar Geothermal).
• Apr 7, 2026

  Fervo, Turboden Sign 1.7-GW Turbine Deal for Geothermal Power Plants

  Turboden America LLC has announced a framework turbine supply agreement to provide ORC turbines for up to 35 GeoBlocks (1,750 MW) to Fervo Energy.

  • Main announcement: Turboden America LLC will supply its Organic Rankine cycle (ORC) turbines for up to 35 GeoBlocks (35 × 50 MW = 1,750 MW) for Fervo Energy, building on a prior agreement to supply ORC units for three 50-MW GeoBlocks at Fervo’s Cape Station, Utah project; the agreement also establishes delivery timelines intended to enable faster project execution and a more resilient supply chain.
  • Background and details: Turboden America LLC is a subsidiary of Turboden S.p.A. (part of Mitsubishi Heavy Industries Group); Fervo is headquartered in Houston, Texas and is in advanced commissioning of Phase I at Cape Station (expected online later this year); the announcement notes ORC turbines convert heat into power without increasing fuel consumption, water use, or CO2 emissions and can be paired with gas turbines and industrial waste-heat processes; data center developers are cited as exploring geothermal as baseload power.
• Apr 3, 2026

  The energy and environmental impact of AI and how it undermines democracy

  Greenpeace International warns about AI’s environmental and democratic harms.

  • Main claim: Greenpeace argues the AI boom is driving rapidly rising energy, water and emissions footprints and concentrating corporate and political power; it cites a Greenpeace Germany report (2025) and an Öko/industry projection that AI data centre electricity demand could be 11 times higher in 2030 than in 2023, and a February 2026 Beyond Fossil Fuels report finding 74% of industry climate-benefit claims unproven.
  • Background and recent examples:Community and legal pushback is documented with concrete cases: New Brunswick, New Jersey removed data centres from a redevelopment plan (public backlash); San Marcos, Texas council blocked a proposed data centre (vote 5-2); South Dublin County Council (Sep 2025) called for a nationwide ban/moratorium or strict 100% renewables conditions; a UK legal challenge (Jan 2026) targets a 90MW hyperscale data centre in Buckinghamshire after a government approval error. The piece also highlights corporate finances and contracts: Nvidia revenue US$215.9 billion (fiscal 2026), Amazon profits ~US$77 billion (2025), political donations and industry contracts (see price_information).
• Apr 2, 2026

  The energy and environmental impact of AI and how it undermines democracy

  Greenpeace and allied campaigners have published reports and actions warning about AI’s rising energy, water and emissions footprint and the democratic risks of concentrated corporate power.

  • Main announcement / findings: Greenpeace Germany’s 2025 report warned that AI data centre electricity demand could be 11 times higher in 2030 than in 2023 unless governments intervene, and a February 2026 report backed by Beyond Fossil Fuels found 74% of industry claims about AI’s climate benefits were unproven. The reports document rapidly rising electricity use, water consumption and raw material demands tied to chips and data-centre buildout.
  • Context and concrete actions/details: Community and local government pushback is documented with multiple cases: New Brunswick, New Jersey removed data centres from a redevelopment plan; San Marcos, Texas blocked a proposed data centre at a 5-2 vote; South Dublin County Council (Sept 2025) called for a nationwide ban/moratorium or strict conditions (e.g., 100% renewables). The article also cites corporate and contractual figures (e.g., Nvidia revenue US$215.9 billion, Palantir–ICE $30m contract) and legal or policy actions such as a UK legal challenge to a 90MW hyperscale data centre in Buckinghamshire.
• 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).
• Apr 1, 2026 · InfoWest

  SunRiver is Powered by InfoWest Fiber

  InfoWest has announced it is now offering InfoWest Fiber to SunRiver residents with a limited-time introductory rate.

  • Offer details: Introductory rate of $45/month for 12 months, taxes, equipment, and fees included; pricing increases to $55/month after the first year. Customers can sign up via the online portal (https://signup.infowest.com/signup/servicecheck) or call 435-238-7803; local support staff will contact new sign-ups to apply the special offer.
  • Deployment & updates: Service is being rolled out in the SunRiver community (InfoWest says many neighbors have already been connected); residents can receive build progress updates by filling the form at https://infowest.com/sunriver-is-powered-by-infowest-fiber/#fiber-form. The announcement describes on-site installation by local installers and highlights local tech support and a smooth sign-up-to-installation process.
• Apr 1, 2026

  Geothermal’s Rise a Hot Topic Worldwide

  Rystad Energy forecasts near-term surge in geothermal investment to 2030.

  • Main announcement: Rystad Energy projects global investment in geothermal could reach nearly $9 billion by 2030, up from about $1.4 billion in 2020; the article reports multiple new commercial and pilot projects (e.g., Fervo Energy’s 500-MW Cape Station in Utah; the U.S. EIA notes the first large-scale commercial EGS in the U.S. is expected online in June). Include timelines and project scales where given.
  • Background and supporting details:Corporate deals and government support include Google’s long-term agreement with Ormat to supply up to 150 MW in Nevada (online 2028–2030), XGS Energy’s $1.2-billion, 150-MW project to power Meta in New Mexico (two phases operational by 2030), federal and state grants (e.g., $1.78 million tax credit for Vail on a $6-million library geothermal project; DOE / GEODE $165 million grant programs; an $8.6-million grant approved to expand a U.S. Northeast geothermal district heating network).
• Mar 24, 2026

  Engineers Explore Powering Data Centers with Onsite Energy in NCCETC’s Energy Insights Webinar Series

  NCCETC led a webinar on onsite energy generation for data centers on March 5, 2026.

  • Main announcement: The NC Clean Energy Technology Center’s CPIE team, in partnership with the DOE Southeast Onsite Energy TAP, hosted a webinar presenting onsite energy technologies (battery storage, CHP, fuel cells, geothermal, solar PV, thermal storage, waste heat to power, wind, etc.) for data centers; featured speakers included Isaac Panzarella (DOE Southeast Onsite Energy TAP / NCCETC), Vinnie Figlioli (Spectrum Engineers), and David Gray (Joule Power). The webinar emphasized the role of onsite generation where grid capacity is constrained and presented a benefits table mapping technologies to attributes for data centers.
  • Background and concrete details: The North Carolina Energy Policy Task Force interim report (Feb 2026) cited 128 planned data center projects with 37 gigawatts of expected demand in NC; DELTa (created by SEPA and NCCETC) was reported as representing 33 states, 65 tariffs, and 57 electric utilities as of November 2025. Joule Power discussed a Data Center Campus in Central Utah, describing site fuel access (two large pipelines) and chosen molecular-to-electric conversion (reciprocating motors); the next NCCETC webinar (Q3) “Planning for a Sustainable Fleet” is scheduled for June 23, 2026 at 2:00pm with Leke Fleet Services.
• Mar 24, 2026

  Perspectives on Energy and AI Data Centers

  NC State University hosted the Workshop on Energy Needs for AI Data Centers (FREEDM Center) to examine energy demand, grid integration, technology pathways and policy choices for AI-scale data centers.

  • Main announcement/action: The workshop presented concrete projections and site examples and discussed on-site generation (“bring your own generation“) as an interim solution while utility capacity expands. Key facts: Duke Energy projections show global AI data center demand rising from 485 TWh (2024) to 945 TWh (2030) (IEA base case, ~3% of global energy by 2030); hyperscale data centers range from 10 MW to 1 GW, with specific examples of Amazon (up to 400 MW, Richmond County, NC) and Microsoft (600 MW, Person County, NC); PowerSecure stated it can ramp up generation + storage behind-the-meter and repurpose assets to the grid after 5-10 years.

    • Date: March 2026
    • Location: NC State University, College of Engineering (FREEDM Center)
    • Agenda/subject: meeting energy demands, grid integration challenges, technology pathways, policy considerations for AI data centers

  • Background and details: The discussion contrasted grid-centric plans (Duke Energy’s 2025 IRP weighted to natural gas) with onsite alternatives including engines/turbines, fuel cells, geothermal, thermal energy storage, CHP; legislative context includes Virginia HB323 prioritizing waste heat capture and reuse. Examples cited: Joule Energy data center (Millard County, UT) up to 4 GW and DataOne Vineland, NJ up to 300 MW; references include IEA (Energy and AI) and U.S. DOE guidance on AI.