Ohio Data Center Intel

Recent Ohio data center news

• Jan 7, 2026

  SoftBank, DigitalBridge, and Stargate: The Next Phase of OpenAI’s Infrastructure Strategy

  OpenAI launched Project Stargate as a national-scale AI infrastructure orchestrator on Jan. 21, 2025, coordinating capital, land, power, and supply-chain partners to secure long-duration, frontier-scale compute.

  • Main announcement and commitments: OpenAI announced Project Stargate with an intention to invest up to $500 billion over 4–5 years, including $100 billion targeted for near-term deployment; by late 2025 the program had publicized multi-gigawatt site plans (4.5 GW in July; >8 GW by Oct.) and multi-hundred-billion dollar projected investments (e.g., ~$400B and $450B figures tied to U.S. site portfolios). Key named partners in implementation include Oracle, SoftBank (and DigitalBridge), Samsung, SK hynix, NVIDIA, G42, Cisco, Vantage Data Centers, and local developers.

  • Background, timeline, and implementation detail: The 2025 rollout focused on governance, partner alignment, and power-first site selection with sites announced in Texas (Shackelford, Milam), New Mexico (Doña Ana), Ohio (Lordstown), Wisconsin, and Michigan (Saline Township); notable implementation constraints include grid interconnection, permitting, and financing underwrites (e.g., reporting of a stalled underwriting on an ~$10 billion Michigan project). International nodes include Stargate UAE (1 GW, G42-operated) and exploratory Stargate Argentina (LOI, ~$25B, up to 500 MW).

• Jan 7, 2026

  The POWER Interview: Investing in Energy Solutions for the Data Center Boom

  Dynamix Capital Partners’ founder Andrejka Bernatova says the firm is prioritizing pragmatic, cash-flowing energy and infrastructure assets—especially generation and natural gas—that can support AI-driven data center demand and grid resiliency.

  • Main announcement/action: Dynamix is targeting cash-flowing, industrial-scale platforms at the intersection of power, energy security, and scale, with a time horizon of five to 10 years to support AI/data-center-driven demand; the firm is completing a deSPAC for a business combination with The Ether Machine (announced this past summer) and previously led a SPAC that merged with Florida’s largest solar installer to form Zeo Energy Corp in 2024.
  • Background and details: Bernatova has helped raise more than $35 billion across energy and infrastructure; she emphasizes practical decarbonization (e.g., replacing dirtier fuels with cleaner ones like natural gas for immediate emissions reductions), strict focus on cash-flow visibility, scalability, resiliency, and capital structure, and advises startups to prioritize commercialization and profitability early.
• Jan 6, 2026

  Ohio EPA reviewing data center discharge permits amid water quality concerns

  The Ohio Environmental Protection Agency is reviewing a proposal to issue five-year permits allowing eligible data centers to discharge cooling water into Ohio’s lakes and streams.

  • Main action: The draft would allow eligible data centers to obtain five-year permits to release cooling water; the permit text includes a ban on discharges within 500 yards upstream of a public water intake, prohibits discharges into groundwater and lakes other than Lake Erie, and uses standard NPDES “lowering” language for new or expanded discharges. The article states a single data center can use up to half a billion gallons of water daily for cooling.
  • Background and details:Environmental groups (Ohio Valley Environmental Group, Ohio River Foundation) raise concerns about PFAS contamination and limited capacity at rural treatment centers to filter contaminants; the Ohio EPA responded that permits include strict limits and monitoring and that data centers are not expected to be PFAS sources. The piece notes H2Ohio does not set discharge rules, mentions Bloom Energy as an alternative technology, and provides a public comment link (https://ohioepa.commentinput.com/?id=csDN8pRrg).
• Jan 6, 2026

  Data Center Jobs: Engineering, Construction, Commissioning, Sales, Field Service and Facility Tech Jobs Available in Major Data Center Hotspots

  Data Center Frontier, in partnership with Pkaza Critical Facilities Recruiting, published a monthly roundup of current data center job openings on its jobs board.

  • Monthly jobs roundup: The post lists roughly 15–18 open roles (examples: Data Center Facility Technician, Electrical Commissioning Engineer, Construction Project Manager, Senior Electrical Engineer, Production Architect, Strategic Sales Account Manager, Mechanical Engineer, Site Selection Manager/Director/VP, Electrical Project Manager, Electrical Superintendent, Project Executive, MEP Construction Project Manager, Mechanical Commissioning Engineer, Engineering Design Director, Navy Nuke Facility Technician) with locations across the United States including Impact, TX; Ashburn, VA; Dallas, TX; Atlanta, GA; Reading, PA; Allentown, PA; Charlotte, NC; New Albany, OH; Lyndhurst, NJ; Boulder, CO; Richmond, VA; Austin, TX.
  • Role and employer context: Positions are listed with mission-critical data center providers, engineering design and commissioning firms, A/E/C architecture firms, equipment rental providers, electrical contractors and general contractors; listings repeatedly cite energy efficiency, sustainable design, and AI infrastructure support, and several technician roles explicitly note acceptance of Navy Nuke / military veterans.
• Jan 6, 2026

  13 predictions for how facilities management will evolve in 2026

  Facilities Dive invited industry experts and readers to share predictions for 2026; respondents said facilities management will prioritize AI, integrated building controls, and turning building data into actionable insights.

  • Main announcement and specifics: Respondents forecast widespread adoption of AI-driven building controls and integrated tech stacks (CMMS + building automation + IoT + asset data). Example: Kent State University uses AI to monitor 1,000 input variables and make 150 control decisions every 15 minutes, saving $470,000 annually; others expect multi-agent AI and purpose-built AI agents to automate workflows and administrative tasks in 2026.
  • Background and additional details: Experts highlighted occupant experience and safety (real-time engagement; AI-powered security), growth in medical-office retailization (1+ billion sq ft added in top 50 markets claimed), the need for secure, high-density server rooms for AI workloads, emphasis on embodied carbon and adaptive reuse, and operational KPIs such as revenue per technician per labor hour.
• Jan 6, 2026

  AWS hikes prices for EC2 Capacity Blocks amid soaring GPU demand

  Amazon Web Services (AWS) has raised prices for some EC2 Capacity Blocks for machine learning workloads. These Capacity Blocks reserve accelerated GPU/Trainium inventory for future start dates and are used to guarantee cluster access for ML training.

  • Main announcement: AWS increased Capacity Blocks pricing by approximately 15% for certain P5 Capacity Block SKUs; example changes include p5e.48xlarge (US East - Ohio) from $34.608 to $39.799 per effective hourly rate per instance (per accelerator) and p5en.48xlarge from $36.184 to $41.612. Regional exceptions include US West (N. California) where p5e.48xlarge moved to $49.749 (from $43.26) and p5en.48xlarge to $52.015 (from $45.23). The P6e / p4d.24xlarge entry remains at $761.904 for 72 B200 accelerators in Dallas Local Zone.

  • Background and details: AWS Capacity Blocks let customers reserve clusters (1–64 instances, up to 512 GPUs or 1024 Trainium chips) for up to six months with reservations allowed up to eight weeks in advance. Analysts attribute the change to GPU supply/demand dynamics and a scarcity premium on guaranteed inventory; competing providers (Google Cloud, Microsoft/Azure) offer different reservation/scheduling models and trade-offs between pricing segmentation and scheduling flexibility.

• Jan 6, 2026

  Hyperscalers in 2026: What’s Next for the World’s Largest Data Center Operators?

  Hyperscale cloud operators announced aggressive expansion to meet AI demand, with global hyperscaler capital expenditure projected to exceed $600 billion in 2026. The report highlights capacity growth, project delays, and sustainability challenges tied to power and cooling.

  • Main announcement/action: Hyperscalers (AWS, Microsoft, Google, Meta, Oracle, Alibaba) are expanding aggressively for AI and cloud services; projected capex > $600 billion in 2026, and Data Center Watch reported >36 projects worth $162 billion blocked or delayed as of June 2025. Specific planned investments include AWS Saudi Arabia ($5.3 billion), AWS European Sovereign Cloud in Germany (€7.8 billion through 2040), AWS Chile (>$4 billion), Google $2 billion 10-year Turkey commitment, Meta’s Louisiana Hyperion ($27 billion JV with Blue Owl Capital), and Oracle Stargate I (1.2 GW initial capacity, planning for ~450,000 NVIDIA GB200 GPUs).
  • Background and other details:Microsoft is deploying Fairwater AI campuses (Atlanta operational Oct 2025; Wisconsin expected early 2026) with closed-loop liquid cooling and custom Azure Maia accelerators; Google expanded regions (Sweden, South Africa, Mexico) and is expanding in Kuwait, Malaysia, Thailand; analyst insights from Synergy Research Group, Dell’Oro, and GlobalData note a shift from redundancy to AI-optimized, high-density facilities, tens of gigawatts of additional power demand over the next 2–3 years, and a focus on renewable energy adoption and innovative cooling to address grid pressure.
• Jan 5, 2026

  Eight Trends That Will Shape the Data Center Industry in 2026

  Data Center Frontier (Matt Vincent) publishes a 2026 forecast outlining eight trends that reposition AI-driven power, cooling, site selection, and capital discipline as the central constraints for data center development.

  • Main announcement/action: The piece presents eight defining trends for 2026 that—collectively—argue AI factories and general‑purpose data centers are distinct classes; AI factories will routinely plan for hundreds of megawatts of firm power, push onsite generation (near‑term: natural gas, mid/long term: nuclear/SMRs), and require liquid cooling, standardized modular designs, and utility co‑architecture to meet compressed timelines.
  • Background and details: The article documents a shift toward power co‑design with utilities, greater capital discipline (phased campuses, modular delivery, optional expansion), and operational emphasis on reuse, volatility planning, and O&M; it cites analysis from CBRE, JLL, Cushman & Wakefield, Reuters and coverage in The Wall Street Journal, Financial Times, and Bloomberg as context (timeline: trends framed for 2026).
• Jan 5, 2026

  Vertiv Places $1B Bet on Liquid Cooling with PurgeRite Purchase

  Vertiv has completed the $1 billion acquisition of PurgeRite, a Houston-based mechanical flushing, purging, and filtration services firm for data centers.

  • Main announcement: Vertiv completed the $1 billion purchase of PurgeRite to enhance its thermal management and liquid cooling services for data centers, targeting high-density computing and AI applications; the acquisition was presented as completed by Vertiv (Ohio-based).
  • Background and details: PurgeRite has strong relationships with hyperscalers and Tier 1 colocation firms; market research cited includes Grand View Research forecasting a liquid cooling market of USD 17.7 billion by 2030 (21.6% CAGR, with North America 39% share) and Dell’Oro Group projecting a USD 15 billion opportunity by 2028.
• Jan 2, 2026

  POWER Digest [January 2026]

  Vattenfall announced on Nov. 10 that it and Industrikraft i Sverige AB signed an agreement to co-invest in small modular reactors (SMRs) at the Ringhals site; Industrikraft will take a 20% stake in project company Videberg Kraft AB and invest SEK 400 million (≈ $42.2 million) to finance early-stage development.

  • Main announcement and project details: The agreement moves the Ringhals SMR project into joint development with Industrikraft (20% stake in Videberg Kraft AB) and Vattenfall; Industrikraft will contribute SEK 400 million for early-stage development plus project management and technology selection support. Vattenfall has shortlisted GE Vernova–Hitachi’s BWRX-300 and the Rolls‑Royce SMR for a 1,500 MW configuration (either five BWRX-300s or three Rolls‑Royce units) and will submit an application for state risk-sharing under Sweden’s state-aid act before selecting a final supplier.
  • Additional factual context and other items in the digest: The World Nuclear Association previewed a 2050 scenario of 1,428 GWe global nuclear capacity; California reported 16,942 MW of battery storage (up 1,200 MW in six months) and joined the Global Energy Storage and Grids Pledge; TotalEnergies signed a 15-year PPA to supply 1.5 TWh from the Montpelier solar farm to Google’s Ohio data centers; China National Nuclear Corp. connected Zhangzhou Unit 2 to the grid (first criticality Nov. 3, 2025; grid connection Nov. 22, 2025).