Texas Data Center Intel

Recent Texas data center news

• May 4, 2026

  AI Data Center Boom Rewires US Power Supply Chain

  Wood Mackenzie reports the US data center electrical equipment market will grow to $65 billion by 2030, up from roughly $20 billion in 2026.

  • Main announcement:Wood Mackenzie projects $65 billion by 2030 (from ~$20 billion in 2026) as data center demand for transformers, switchgear, and power distribution surges; forecasted transformer demand rises from ~1,500 units annually to >9,000 by decade-end, and US data center capacity is expected to scale from ~24 GW to 100 GW between 2026 and 2030. Lead-time metrics cited include substation transformer lead times stretching from ~140 weeks (2023) to >160 weeks (2026) and switchgear timelines near one year.
  • Context and implementation details: The report links the growth to hyperscaler AI demand (Microsoft, Amazon, Google, Meta) and resulting record capex; grid and interconnection constraints are central (PJM projects averaged ~8 years in queue for 2025 commercial operation cohorts, PJM and ERCOT filing data cited). Developer responses include phased builds, advance procurement/supply agreements, and prefabricated electrical systems; Schneider Electric has committed >$700 million in US investment through 2027 to expand domestic manufacturing and standardize designs.
• May 4, 2026

  Five Trends Shaping the Future of Power and Utilities

  Scott Beicke (Americas Head of Power, Utilities & Infrastructure) and Georges Arbache (Managing Director, Power, Utilities & Infrastructure) at Jefferies delivered observations on five structural trends in the power sector at the Jefferies Energy & Power Summit 2026.

  • Main announcement/action: They outlined five trends driving U.S. power markets, including 2–2.5% CAGR in U.S. electricity demand (equivalent to 400–500 GW of new capacity, with 75–200 GW of that being firm capacity), the role of gas generation as a near-term bridge, and the emergence of an integrated IPP combining gas, renewables, storage and nuclear. The presentation named Texas, the Mid-Atlantic, and the Mid-Continent as active build zones.
  • Background and details: The speakers cited construction costs for new combined-cycle plants at $2,500–$3,000 per kilowatt (two-and-a-half to three times costs five years ago) and noted comparable operating assets trading at ~50% of replacement costs; they identified accelerating M&A (naming Constellation, Vistra, Talen, Capital Power), a returning investor universe including infrastructure funds and private equity, and emphasized constraints of affordability and reliability with a multi-year need for transmission and storage deployment.
• May 3, 2026

  Protecting Austin's people and environment goes hand in hand with affordability, advocates say

  Environmentalists at the inaugural KUT Festival said the City of Austin lacks adequate policies to protect the environment and prevent displacement while pursuing denser housing to address affordability.

  • Main announcement: At the inaugural KUT Festival (May 2, 2026, Austin), local environmental leaders including Bill Bunch (Save Our Springs Alliance) and Susana Almanza (PODER) said the city must adopt policies that both protect green spaces and prevent displacement while allowing denser housing along corridors such as Lamar Boulevard and Cesar Chavez Street.
  • Background and specifics: Panelists argued current development priorities (e.g., high-end condos, large sports stadiums) are driving displacement; Travis County Commissioner Ann Howard highlighted growing concerns about data centers moving into Central Texas, urging measures like requiring reclaimed water or battery operation for data centers and reminding listeners that the panel lacked a City Council representative and emphasized the importance of local voting.
• May 1, 2026

  The Power Problem Behind AI—and a Path to Fix It

  Emerson directors Brett Benson and TJ Surbella state that data centers adopting battery energy storage systems (BESS), microgrid control, generation management software, and unified supervisory automation are positioning themselves to become viable grid participants and achieve 99.99% uptime.

  • Main action: The authors argue that early adopters using BESS, microgrid supervisory control, and generation management software can buffer the instantaneous load swings (sometimes hundreds of megawatts) from AI training facilities, making grid interconnection feasible and complying with regulatory measures such as Texas Senate Bill 6 (SB 6).
  • Background and details: The article describes current practices including islanded gas-turbine plants for hyperscale sites, notes the 22 MW illustrative balancing example and the need for millisecond decision-making via SCADA integration, and explains that islanded generation is expensive and a temporary solution while utilities and interconnection capacity are upgraded.
• May 1, 2026

  Data centres’ speed-to-power need driving US LDES commercialisation

  Energy Dome has said it is tying LDES commercialisation to data centres and earlier signed an MOU with New Era Energy & Digital (NUAI) to evaluate deploying its Battery Plus at NUAI’s 1GW data centre in Odessa, Texas.

  • Main announcement/action: At Wood Mackenzie Power & Renewables’ summit, Energy Dome (co-founded by Francesco Oppici) tied the commercialisation path of its CO2-based Battery Plus LDES to data centres, and has signed an MOU with New Era Energy & Digital (NUAI) to evaluate support for a 1GW data centre in Odessa, Texas; the Battery Plus combines CO2 adiabatic compression with waste heat recovery, which the company says eliminates prior heat storage and improves efficiency, and Energy Dome claims it uses no Chinese-sourced materials and qualifies for the Investment Tax Credit (ITC).
  • Background and details:Sightline Climate ranked Energy Dome top among non-lithium LDES suppliers; the company began with smaller European projects before scaling up to larger deployments. Implementation details and timelines for the Odessa/NUAI evaluation were not provided.
    • Event/sub-session details:
      • Date: 30 April
      • Location: Colorado, United States
      • Session: “Keynote fireside chat: The challenges of scaling emerging LDES technologies”
      • Speakers: Francesco Oppici (Energy Dome), Lucy Metzroth (Xcel Energy), Kasim Khan (Wood Mackenzie)
• May 1, 2026

  Data Centers and the Grid: How Hyperscale Computing Is Reshaping Power Infrastructure

  Ryne Friedman (hi-tequity) explains that power availability is becoming the controlling factor for hyperscale data center development.

  • Main finding:Power availability is the primary constraint on hyperscale data center siting and sizing, with typical hyperscale campuses using 300–600 MW (and sites supporting 1 GW+ being explored); data centers can be sited, built, and commissioned in 18–36 months, while the transmission infrastructure needed typically requires 5–10 years to plan, permit, and energize. The article cites a global data center consumption projection rising from 460 TWh (2022) to could exceed 1,000 TWh by the early 2030s, driven primarily by AI and digital services.
  • Supporting details / context: Utilities and developers face interconnection queue issues and transformer procurement lead times exceeding two years. Regional examples: Northern Virginia now exceeds 3 GW of data center load; ERCOT reports material impacts on load forecasts; EirGrid restricted new Dublin region connections due to transmission constraints. The piece discusses behind-the-meter (BTM) options including small nuclear (50–300 MW), hydrogen fuel cells, enhanced geothermal systems (EGS), and on-site battery storage (noting >100 MWh as an example), and frames this as an analysis/opinion by the author rather than a corporate transaction announcement.
• May 1, 2026

  Policy Problems Aside, Solar Continues to Shine

  Nextpower has announced a multi-year steel-frame supply agreement with Jinko Solar (U.S.) Industries.

  • This agreement is a multi-year steel-frame supply agreement in which Nextpower will supply more than 1 GW of steel frames, scalable to up to 3 GW over a three-year period, to support module manufacturing at Jinko Solar’s Jacksonville, Florida facility; the U.S. Department of the Treasury guidance notes U.S.-made steel frames can add 6% to a tracker project’s domestic content calculation.
  • Context and other recent announcements: The article reports multiple recent deals and industry developments — US Modules opened a College Station facility with Production Line 1 (~400 MW annual capacity, scalable to ~1.4 GW); Swift Solar acquired Meyer Burger assets to accelerate GW-scale HJT/perovskite-silicon manufacturing in the U.S.; industry data cited includes the EIA forecast to 424 TWh by 2027, China’s ~1,300 GW capacity and >80% supply-chain share, and AI/hyperscalers signing >30 GW of solar PPAs since 2023. The piece is a reporting/analysis article by POWER (Darrell Proctor).
• May 1, 2026

  Waaree Bets Big on US, Targets 4.2 GW Capacity as AI Power Demand Surges

  Waaree Energies has announced an accelerated U.S. capacity expansion and supply-chain actions to address rising demand and recent U.S. duties.

  • Main announcement: Waaree Energies will increase its U.S. module capacity from 2.6 GW to ~4.2 GW by year-end, comprising 1.6 GW under construction in Texas and a 1 GW acquisition in Arizona, both expected to be commissioned over the next 1–2 quarters; management reaffirmed stable margins and noted many customer contracts have pass-through clauses to offset duty-related costs.
  • Background and additional details: The company said the U.S. Department of Commerce announced a preliminary 126% duty on modules using India-made cells but Waaree expects limited impact because it has run a non-Chinese supply chain since 2019, is piloting a polysilicon facility in Oman to ensure traceability, and is evaluating cell manufacturing in the U.S. while expanding into inverters, transformers and T&D equipment.
• Apr 30, 2026

  Switch Announces New Data Center Campus in Beaver County, Pennsylvania

  Switch announced plans to develop a new 382-acre data center campus in Big Beaver Borough, Beaver County, Pennsylvania.

  • Main announcement: Switch will develop a 382-acre data center campus in Big Beaver Borough, Beaver County, PA, located in the greater Pittsburgh area at the intersection of key East-West and North-South fiber routes; the campus will serve finance, healthcare, higher education and government organizations concentrated across the Eastern United States. The company will fund the infrastructure required for its power needs and expand its Prime campus portfolio.
  • Details and background: The campus will use Switch’s proprietary closed-loop Switch EVO® design that recycles water and the EVO data centers “consume zero water to cool the servers and GPU’s” while requiring a minimal water connection for office and warehouse; the new campus will join Switch’s Prime portfolio (Las Vegas, Tahoe Reno, Atlanta, Grand Rapids, Austin).
• Apr 30, 2026

  US administration ‘must make it easier to get things built,’ DOE chief of staff says

  The US Department of Energy (DOE), represented by chief of staff Carl Coe, called for easing permitting and policy barriers to accelerate construction of energy projects—particularly battery energy storage systems (BESS)—in remarks at Wood Mackenzie’s Solar & Energy Storage Summit on 29 April in Colorado.

  • Main announcement: Carl Coe urged the DOE and other authorities to make it “easier to get things built,” prioritising faster permitting and policy changes to unblock projects such as BESS.
    • Event: Wood Mackenzie Power and Renewables’ Solar & Energy Storage Summit
    • Date: 29 April
    • Location: Colorado, US
    • Subject/agenda: US BESS deployment, permitting and market rules, grid procurement
  • Background and concrete details: The DOE has closed a US$26.5 billion loan package with subsidiaries of Southern Company (to develop/enhance >16 GW capacity, including ~6 GW nuclear uprates), announced plans for multi‑billion dollar loans for long‑lead nuclear items, previously cancelled over US$7 billion of wind/solar funding, and disbursed more than US$100 million of a US$1.52 billion loan guarantee for Palisades; meanwhile Wood Mackenzie forecasts ~500 GWh of new energy storage installs over the next five years and recorded 18.9 GW / 51 GWh in recent full‑year/Q1 totals.