Texas Data Center Intel

Recent Texas data center news

• Jun 9, 2026

  Hydrogen’s Hurdles, Fuel Cells’ Rise in Data Center Power

  DataCenterKnowledge publishes a final installment reviewing less-mature or emerging alternatives to diesel generators for data center backup power, focusing on hydrogen backup, fuel cells, and renewable fuels.

  • Main coverage: The article assesses hydrogen engines and fuel cells and renewable diesel as diesel alternatives, noting concrete deployments and pilots: NorthC Datacenters ordered six Jenbacher hydrogen engines in the Netherlands (dual-gas for short hydrogen outages), Microsoft piloted a 3 MW hydrogen fuel cell in Latham, NY, and Bloom Energy signed a $5 billion strategic partnership with Brookfield to accelerate fuel cell capacity. It highlights the Dutch ~300 km national hydrogen network repurposed from natural gas pipelines and Microsoft’s prior 2030 diesel elimination pledge as context.
  • Background & policy details: The piece notes regulatory movement with the US EPA removing proposed hydrogen co-firing mandates from its NSPS (earlier draft had ramped to 96% by 2038), cites cost and infrastructure constraints for hydrogen (production, transport, storage, permitting), and points out that fuel cells running on natural gas/biogas are identified as the most likely near-term scalable solution for behind-the-meter AI power needs.
• Jun 9, 2026

  From Tail Risk to Design Baseline: How the Grid Is Adapting to Extreme Heat

  POWER (Sonal Patel) reports that system planners and grid operators are now treating extreme heat as an assumed operating condition rather than a tail risk.

  • Main announcement/action: POWER summarizes that system planners and reliability entities (notably NERC and FERC) and operators are treating extreme heat as a design baseline, citing metrics such as EIA projection of ~1,610 CDDs for 2026 (4% above 2025), NERC’s 2026 Summer Reliability Assessment (net internal demand up 1.3% to 790 GW, and >58 GW of new on-peak capacity including 16.4 GW solar, 14.7 GW batteries, 6.7 GW natural gas, 1.6 GW wind), and FERC’s forecast of $46.81/MWh average wholesale price for summer 2026. The piece catalogues operational changes (hourly ambient-adjusted transmission ratings, dynamic line ratings pilots, ADMS/DERMS deployments) and emergency interventions (DOE Section 202(c) orders covering roughly 4,400 MW of extended capacity service).
  • Background and details: The article documents drought risks (FERC: 62% of continental U.S. impacted; Lake Powell inflow forecast at 13% of average), potential loss of up to 4,500 MW of Colorado River hydropower as soon as August 2026, rapid data center load growth (from 44 GW in 2025 to 55 GW in 2026, ~25%), and operational timelines (PJM implemented AAR on March 4, 2026; SPP expects AAR by Sept. 1, 2026; MISO full compliance by Q2 2028).
• Jun 8, 2026

  The AI Demand Dilemma: Utilities Confront Speculative Growth

  Utilities across the US are rewriting tariffs, demanding financial guarantees, and altering transmission and procurement plans to avoid building infrastructure for speculative AI-related data center load requests.

  • Main action: Utilities (notably AEP and Duke Energy) are tightening large-load rules and requiring financial commitments to move projects forward: AEP winnowed more than 30 GW of preliminary requests to ~13 GW for formal studies and 5.6 GW with signed Electric Service Agreements; AEP proposed requiring customers to commit to paying for 90% of requested capacity for a decade before the utility builds supporting infrastructure. These measures include specialized large-load tariffs, collateral/minimum-usage guarantees, and phased energization schedules to limit ratepayer exposure.
  • Background and implementation details: Regulators and reliability bodies (NERC, ERCOT, FERC) are developing new categories and study frameworks (e.g., Computational Load Entity, batch study processes) and reliability guidance. Utilities are expanding financing and procurement: Duke extended a $10 billion master credit facility through 2031 and raised its five-year capital plan to $103 billion; AEP raised its five-year capital plan to $78 billion. Industry forecasts and planning estimates include Wood Mackenzie projecting the US data center electrical equipment market could grow to $65 billion by 2030, and Grid Strategies/ACEG estimating roughly 5,000 miles of new high-capacity transmission annually through 2035 (fewer than 1,000 miles built in 2024).
• Jun 5, 2026

  Javier Palomarez: Washington Can't Ask for More Broadband Investment While Making Growth Harder

  Javier Palomarez argues that federal regulators, particularly the Federal Trade Commission (FTC), should not expand premerger reporting requirements because they will burden small and mid-sized broadband and technology businesses and deter private investment.

  • Main action: Javier Palomarez calls on regulators to avoid expanding premerger reporting obligations (referencing the Hart-Scott-Rodino Act) because the FTC’s expanded approach to premerger reporting requirements will make those transactions more costly, time-consuming, and uncertain; he urges recognition that private-sector capital is essential for broadband deployment and technology infrastructure.
  • Background/details: The piece notes “billions of dollars committed towards broadband development to date”, highlights pressures on providers to expand service to underserved communities, modernize aging infrastructure, strengthen cybersecurity, and prepare networks for AI-driven data growth; it warns that additional compliance burdens disproportionately affect small and mid-sized businesses with limited legal and compliance resources.
• Jun 5, 2026

  Google’s ‘Power-First’ Data Centers: A New Model for Energy Scarcity?

  Google is trialing a “power-first” approach by pairing a Texas AI campus with dedicated power generation.

  • Main announcement: Google and energy developer Intersect are co-locating a new Meitner AI campus in Texas with more than 1 GW of dedicated generation (wind, solar, and battery storage) and on-site gas generation for reliability; this prioritizes building power alongside computing demand rather than adding large loads to the grid.
  • Background and details: The companies previously announced a joint Haskell County project — Intersect’s Quantum Clean Energy Project (a 640 MW solar facility paired with 1.3 GWh of battery storage) — and Google finalized its acquisition of Intersect (reported acquisition value $4.75 billion in linked sources); ERCOT has approved transmission planning reforms (Batch Zero) to streamline large-load interconnection for such projects.
• Jun 5, 2026

  Google commits to replenish more water than it uses by 2030

  Google announced a goal to replenish more water than it uses by 2030 and committed $17 million to water stewardship projects across seven U.S. states.

  • Main announcement: Google committed to replenish more water than it uses by 2030, is investing $17 million in new water stewardship projects across Georgia, Iowa, Michigan, Minnesota, Missouri, Nebraska, and Texas, and is reviewing 700+ RFI submissions to identify early-concept projects eligible for co-funding that can come online before 2030. The announcement was published in a company blog (June 3) by Google leaders Bikash Koley and Ben Townsend, and Google reported replenishing over 7 billion gallons in 2025 and expects to replenish over 19 billion gallons by 2030 through its stewardship projects.
  • Background and implementation details: Google currently has 165 water stewardship projects across 97 watersheds and pledged to help local utilities modernize infrastructure, report annual water consumption, and use air cooling or recycled/alternative water in at-risk areas (noting Google states water cooling uses ~10% less energy than air cooling). Google joined the Data Center Innovation Initiative with Amazon, Meta and Microsoft to pilot sustainable data center technologies. Independent findings cited include Berkeley Lab data on U.S. data center water use (66 billion liters direct in 2023; 60–124 billion liters projected direct use by 2028 for hyperscale centers; ~800 billion liters indirect via electricity in 2023), and reports from Ceres and WRI on uneven corporate progress and global water stress.
• Jun 4, 2026

  Dallas-Based Solidion Unveils Battery Tech for Orbiting AI Data Centers, the Moon, and Space

  Dallas-based Solidion Technology has announced its Generation Extreme-Climate Battery (Gen-ECB) platform, a patented graphene-enabled battery designed to operate reliably from −80°C to +60°C for satellites, LEO AI data centers, crewed spacecraft, and lunar infrastructure.

  • Gen-ECB platform uses graphene thermal conductivity and radiation resistance to actively regulate cell temperature, is rated to operate from −80°C to +60°C, has demonstrated >500 charge cycles at −40°C, and is positioned for use in satellites, LEO AI data centers, Starship surface operations, and NASA Artemis lunar infrastructure. Solidion states it is actively engaging with aerospace partners to integrate the technology into next-generation vehicles and infrastructure.
  • Company background and program details: Solidion is headquartered in Dallas with pilot production in Dayton, Ohio, holds 385+ patents, and in the last year received three federal grants from the U.S. Army STTR Program, ARPA-E, and the Department of Energy to develop advanced battery technologies; the company began trading on Nasdaq in February 2024 and lists product variants including silicon-rich all-solid-state cells, anode-less lithium metal, and lithium-sulfur batteries (380+ Wh/kg) for aerospace, EV, and AI data center UPS applications.
• Jun 4, 2026

  Google Launches 1-GW-Plus Co-Located Data Center and Generation Complex in Texas Panhandle

  Google and Intersect have launched construction on the Meitner Energy Center, a co-located data center and generation complex in the Texas Panhandle (Gray and Roberts Counties) that will integrate more than 1 GW of wind, solar and battery storage with on-site gas-fired generation for reliability firming.

  • Main announcement: Google and Intersect began construction on the Meitner Energy Center in Gray and Roberts Counties, Texas, a co-located data center + generation complex designed to deliver more than 1 GW of wind/solar/battery with on-site gas firming; the Google data center will use air-cooling (no evaporative cooling) and Google is establishing the Caprock Workforce Hub (an 800-acre managed residential facility intended to house up to 3,500 workers) to support construction. The site’s power is intended to be provided majority from clean energy on Day One, with a minority share firmed by on-site gas; Google referenced its $10 million Texas Water Impact Fund in relation to water stewardship.
  • Background and other details: Alphabet closed its acquisition of Intersect in March 2026 for $4.75 billion in cash plus assumed debt; prior partnerships included a >$800 million funding round led by Google and TPG Rise Climate tied to a targeted $20 billion in renewable infrastructure through the decade. The article also cites Google’s broader $40 billion Texas investment commitment through 2027, prior and new PPAs (e.g., Clearway ~1.17 GW, TotalEnergies 1 GW, Sunraycer ~400 MW, Linea 500 MW), the Quantum project (640 MW solar / 1.3 GWh storage scheduled to start operations June 2026), and Google’s commitments such as training 1,700 electrical apprentices by 2030 and a $30 million Texas Energy Impact Fund (first recipients announced May 2026).
• Jun 4, 2026 · Google

  We’re announcing a new data center and energy investments in Gray and Roberts Counties, Texas.

  Google and Intersect have announced construction of the Meitner Energy Center, a co-located data center and clean energy generation project in Gray and Roberts Counties, Texas.

  • Main announcement: The Meitner Energy Center will be a co-located data center and new energy generation project in Gray and Roberts Counties, Texas, pairing the data center with dedicated clean power to meet its demand, using air cooling to limit water consumption, and supporting thousands of jobs in the region. This text is an announcement of the project.
  • Background and details: The facility will join Google’s global network that powers services including Search, Gmail, Maps, Cloud, online banking and 911 systems. For more information, Google published a press release: https://storage.googleapis.com/gweb-uniblog-publish-prod/documents/Google_Intersect_Texas_Announcement_-_June_2026.pdf
• Jun 4, 2026

  Replacing Diesel in AI-Scale Data Centers: Gas Engines, Turbines, and Steam

  This article analyzes a sector-wide shift: data center operators are moving from diesel backup toward natural gas reciprocating engines, gas turbines, and packaged-boiler-fed steam turbines.

  • Main action: Data centers and AI campuses are substituting diesel with on-site natural gas engines and turbines (and, where gas-turbine lead times are long, packaged boilers feeding steam turbines). Key, verifiable project details: 15 Wärtsilä Energy 18V50SG engines to supply nearly 300 MW at an Ohio project; Caterpillar received a 2 GW order from American Intelligence & Power Corp. for the Monarch Compute Campus (West Virginia) using Cat G3516 fast-response gas generator sets, with the 2,250-acre site potentially adding up to 6 GW more; mobile turbine units (e.g., Dynamis trailer-mounted 8–70 MW units; DT24 = 24 MW at 13.8 kV) and Certarus CNG logistics are being used as interim solutions, with Certarus supplying over 120 MW now and an additional 135 MW project slated to start in 2027.
  • Background and implementation details:Gas-turbine lead times have lengthened (reports of delivery pushed to the end of the decade for some large models), prompting use of mobile turbines and packaged boilers; Rentech notes packaged boiler lead times of ~1 year and states packaged boilers can feed steam turbines at efficiencies comparable to gas turbines during peak hours. The Oracle/OpenAI Stargate Abilene project uses a mix of GE Vernova LM2500XPRESS and Solar Turbines Titan 350 units and could consume as much as 1.2 GW. Analyst Shen Wang (Omdia) projects ~60 GW of new AI data center power capacity per year by 2030. The article is an analytical sector overview rather than a single-entity press announcement.