New Hampshire Data Center News

Mar 2, 2026

Land and Expand: Early 2026 Megaprojects Reflect a Power-First Ethos

Data Center Frontier reports multiple developers advancing power-first, land-and-expand AI-ready data center campuses in early 2026.

Main announcement/action: Developers including Applied Digital (Delta Forge 1), Vantage (Lighthouse), AVAIO Digital (Little Rock), Rowan (Project Temple), Crow Holdings (Dallas) and Amazon (northwest Louisiana) are advancing large-scale projects that pair land banking with secured power and infrastructure commitments; examples include Applied Digital’s 430 MW Delta Forge 1 (two 150 MW facilities on 500+ acres, first operations targeted 2027) and Vantage’s $15B+ Lighthouse (four hyperscale data centers delivering nearly 902 MW IT load on ~672 acres, construction through 2028).
Background and details: Projects feature explicit infrastructure co-investments and timelines: Amazon’s $12 billion Louisiana buildout includes up to $400 million for regional water improvements and 100% developer-funded electric infrastructure; AVAIO’s $6 billion Little Rock hub has a 150 MW Entergy Arkansas commitment with potential to scale toward 1 GW, and Rowan’s Project Temple (300 MW, ~700 acres) targets initial operations in 2027 with ~$700 million local investment and unanimous local approvals.

Feb 27, 2026 · RMI

Why Communities Can and Must Consider Electricity Affordability and Risk Together

Stephen Abbott of RMI argues that communities should consider electricity affordability and risk together and pursue diverse, distributed energy portfolios rather than relying solely on large centralized fossil-fuel generation.

Main announcement/action: Communities and local governments should adopt portfolio-based energy strategies (energy efficiency, batteries, renewables, virtual power plants, and other flexible resources) to reduce price volatility and operational risk; RMI highlights concrete examples including data center-driven load growth of 32% by 2030, and Burlington’s 59,204 MWh annual reduction from its energy efficiency program.
Background and details: The piece cites recent cost and risk evidence: ComEd provided $277 million (2024) for efficiency programs yielding an estimated $3.2 billion in customer savings; reliance on fossil fuels produced at least $390 million in excess costs for communities around the Prairie State Energy Campus over four years; typical monthly fuel charges in Florida doubled from ~$20 to ~$40 (2020–2023); utilities such as TVA are proposing large new gas facilities as a conventional response.

Feb 27, 2026

Policy Shock: Big Tech Told to Power Its Own AI Buildout

The White House is advancing a ‘ratepayer protection’ framework aimed at ensuring large AI data center projects do not shift grid upgrade costs onto residential customers.

Main action: The White House is pushing a ratepayer protection approach that would encourage/require large AI and hyperscale developers to demonstrate energy self-sufficiency or provide dedicated power solutions (e.g., behind-the-meter generation) when seeking large-load approvals; the article cites signals that formal guidance or rulemaking and possible state-level measures could follow in the near term.
Context and details: The article reports market movement (about one-third of new U.S. projects evaluating private/on-site power), technical choices include natural gas turbines, fuel cells, hybrid microgrids, and renewables, capacity scales of hundreds of megawatts to gigawatt levels are discussed, and a cited Nordic deal (Equinix/atNorth) reports roughly 1 gigawatt of secured power capacity and further expansion plans; potential near-term indicators include utility tariff changes, hyperscaler commitments, and federal guidance.

Feb 26, 2026

Cooling’s New Reality: It’s Not Air vs. Liquid Anymore. It’s Architecture.

Data Center Frontier (Matt Vincent) summarizes a batch of industry announcements and product launches that collectively reframe data center cooling as a full-stack systems engineering challenge.

Summary of main announcements: HRL Laboratories unveiled Low-Chill (Feb. 24, 2026), a single-phase direct liquid cooling approach developed under DOE/ARPA-E that claims +40% processor cooling or >10X reduction in pumping power, while Johnson Controls agreed to acquire Alloy Enterprises (Feb. 18, 2026) (expected to close in fiscal Q3; financial terms undisclosed). Carrier (Feb. 26, 2026) and Modine/Airedale (Jan. 22, 2026) launched chillers emphasizing –20°F to 140°F operating range, fast recovery, and hybrid free-cooling; Infinium (Jan. 15, 2026) launched Infinium Edge immersion platform; Boyd announced a manufacturing expansion in Juarez to ~460,000 sq ft (Feb. 17, 2026); Waste2Nano announced a wastewater-cooled AI platform targeting 10,000–20,000 m³/day (~5 MGD) initial deployment.
Background and supporting details: The article is a roundup/opinion-style synthesis (not a single primary press release) that compiles multiple company announcements and trade-show reveals from Jan–Feb 2026, highlights thermal metrics disclosed by HRL (e.g., 8.2 °C/kW thermal interface resistance; <1 psi pressure drop; <1% pumping power block-level; 70°C inlet) and firm product claims (Johnson Controls: up to 35% thermal efficiency improvement, up to 75% pressure-drop reduction). It notes regulatory/transaction timing (JCI/Alloy closing subject to regulatory approvals in fiscal Q3) and clarifies which items are product launches versus strategic acquisitions or manufacturing expansions.

Feb 25, 2026

Dell and Nokia Co-Innovate to Modernize Telecom Infrastructure

Dell Technologies is announcing an expanded co-engineering collaboration with Nokia to customize Dell Telecom Infrastructure Blocks for Red Hat to support Nokia’s Autonomous Networks and Core Enterprise Solutions.

Co-engineering announcement: Dell and Nokia are customizing DTIB for Red Hat as a pre-validated, AI-ready, one-rack cloud foundation optimized for Nokia’s Autonomous Networks and Core Enterprise workloads, with validation performed in Dell’s OTEL lab; the solution is being positioned for deployment in data centers and edge sites and will be showcased at MWC 2026.
Implementation and validation details: The solution delivers factory-integrated deployment (pre-integrated cloud stack), supports Day 0 through Day 2 lifecycle management, is optimized for AI/ML workloads on Red Hat OpenShift, and undergoes continuous integration testing and automated validation in Dell’s OTEL environment to reduce integration risk.

Feb 25, 2026

Aeroderivative Turbines Move to the Center of AI Data Center Power Strategy

Data Center Frontier reports that data centers are repurposing aeroderivative gas turbines—retired aircraft-engine cores adapted to spin generators—as fast-start backup power to address the AI-era power crunch.

Main point: Data centers are evaluating and stockpiling aeroderivative gas turbines (jet-engine cores repackaged to drive generators) that can deliver tens of megawatts of fast-start electricity with a small footprint and a much faster delivery timeline than conventional power plants.
Context: This is reporting/analysis by authors David Chernicoff and Matt Vincent (Editor in Chief, Data Center Frontier); the article describes the technical approach and industry trend and provides author contact (email mvincent@endeavorb2b.com) and profile links. It is not announcing a single corporate deal.

Feb 24, 2026

7x24 Exchange's Dennis Cronin on the Data Center Workforce Crisis: The Talent Cliff Is Already Here

Dennis Cronin (7x24 Exchange founding member and MCGA board member) warns the data center industry is already facing a structural workforce crisis and calls for coordinated industry investment, standardized certification, and scaled community-college pathways.

Main announcement/action: Cronin estimates a roughly one million job gap (467,000–498,000 core operational roles + ~514,000 emerging AI/sustainability/security roles), calls to replace five-year experience requirements with an entry-level certification, and urges a shared funding approach across operators, vendors, contractors, and manufacturers (he cites $60B in data centers announced this year and advocates for $1B to scale training).
Background and details: Cronin critiques internal academies and commercial courses (commercial training often ~$1,000 per day per person), highlights community colleges (Cleveland CC, Northern Virginia CC, Southside CC) as scalable two-year technician pipelines, and outlines a workforce ecosystem of outreach, standardized curriculum, certification labs, apprenticeships, and employer commitments.

Feb 23, 2026

Intact’s Jeff Duca on Environmental Coverage

Jeff Duca of Intact Insurance Specialty Solutions spoke with Risk & Insurance in a published transcript on February 23, 2026 about state-driven environmental insurance challenges and emerging exposures (including data center water use and weather-driven pollution events).

Main announcement/action:Jeff Duca (Intact) explains that environmental insurance must be customized state-by-state (“customize coverage in 50 different ways”), highlights emerging exposures from micro weather events (flash flooding, lightning, tank fires) and rising scrutiny of data center water use and discharge; Intact was a sponsor of the 2026 Environmental Power Broker winners and this content is an edited interview/transcript dated February 23, 2026.
Background and details: Market dynamics include 40 to 50 environmental markets now offering coverage, tighter excess capacity requiring 5–8 carriers for towers or new quota share excess towers, longer renewal lead times (90–120 days recommended), and state/local variability in water discharge rules; contact provided: mediacontact@theinstitutes.org.

Jan 14, 2026

Vistra to Bolster Gas-Fired Fleet by 5.5 GW With $4B Cogentrix Acquisition

Vistra Corp. has executed definitive agreements to acquire Cogentrix Energy from funds managed by Quantum Capital Group in a $4 billion transaction announced Jan. 5, 2026, adding 10 natural gas plants (5,496 MW) across PJM, ISO New England, and ERCOT.

Main announcement & deal specifics: Vistra will acquire 100% ownership of the Cogentrix portfolio for $4 billion, adding 5,496 MW of modern natural gas capacity (10 plants) and increasing Vistra’s total generation footprint toward ~50 GW; the transaction is subject to FERC, DOJ (HSR), and state regulatory approvals and is expected to close mid-to-late 2026. The deal includes acquiring the remaining 25% interest in the Patriot and Hamilton-Liberty plants and excludes Cogentrix’s Cedar Bayou 4 (550 MW), which Cogentrix will retain.
Background, financing, and timing context: The acquisition follows Vistra’s October 2025 purchase of Lotus Infrastructure gas assets for $1.9 billion (2,600 MW) and is supported by capital markets actions including $2.25 billion in senior secured notes (Jan 2026) and a prior $2 billion secured notes issuance (Oct 2025); Vistra expects mid-single-digit accretion in 2027 and high-single-digit average accretion (2027–2029) to Ongoing Operations Adjusted Free Cash Flow before Growth per share. Regulatory reviews (notably FERC Section 203) will examine competitive impacts in PJM and ISO-NE.

Jan 7, 2026

The Power of Small: Edge AI Predictions for 2026

Daniel Cummins (Dell Technologies) outlines five edge AI predictions for 2026 calling for a shift to small, task-specific language models (SLMs), distributed data centers, expanded computer vision, agentic AI, and physical AI, and promotes Dell NativeEdge as the management foundation.

Main announcement/action: The author presents five predictions for 2026 focused on SLMs, distributed data centers, computer vision, agentic AI, and physical AI, recommending Dell NativeEdge for secure, centralized deployment and lifecycle management across distributed edge environments; timeline references include 2026 for prediction adoption and Gartner’s forecast of by 2027 (SLMs used three times more than LLMs).
Background and details: Cites industry data points: 75% of enterprise-managed data is created/processed outside traditional data centers and a 2024 Dell study showing 73% of organizations are moving AI inferencing to the edge; highlights energy efficiency, local renewable use, data sovereignty, and the need for edge-optimized infrastructure and orchestration platforms.

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