GE Vernova's Gas Turbine Empire Is Sold Out Through 2030 — And Pricing Power Is Just Getting Started

GE Vernova's gas turbine backlog hit 100 GW in Q1 2026, with 20% tied directly to data center load. Electrification orders are exploding — $2.4 billion in data center equipment orders in a single quarter, more than all of 2025. The stock has doubled in a year, and the company is raising guidance again.

GEV · Industrials · June 02, 2026

S&P 500 Position

Within the Industrials sector, GE Vernova is one of the largest pure-play power equipment companies. Its closest S&P 500 peers by end-market are Emerson Electric and Eaton (electrical equipment/grid), though its gas turbine business competes globally with Siemens Energy (not in S&P 500) and Mitsubishi Power. In grid solutions, ABB, Schneider Electric, and Hitachi Energy are additional competitors. GE Vernova's $255B market cap now dwarfs most traditional industrial conglomerates, reflecting the market's repricing of energy infrastructure as an AI beneficiary.

Index Weight: Data unavailable | Rank: Approximately top 40–50 in the S&P 500 by market cap ($255B), placing it among the largest industrials

Company Overview

GE Vernova is the world's dominant provider of gas turbine technology, grid infrastructure, and power generation equipment, supplying roughly 25% of global electricity. Its HA-class gas turbines — offering over 64% combined-cycle efficiency — are the fastest-growing platform in the industry with over 200 units ordered, and the company's production slots are sold out through 2030. Alongside Siemens Energy and Mitsubishi Power, GE Vernova controls nearly two-thirds of the gas turbines in power plants currently under construction worldwide. In the U.S. onshore wind market, it shares a 96% duopoly with Vestas. The company's strategic position at the intersection of AI-driven power demand, grid modernization, and the energy transition makes it a rare infrastructure play with genuine pricing power. New gas turbine orders in H1 2026 are tracking 10–20 percentage points higher on a dollar-per-kW basis than Q4 2025, with prices projected to reach $600/kW by end of 2027. The Electrification segment backlog has grown from $9 billion at year-end 2022 to $42 billion in Q1 2026 — a nearly 5x expansion driven by HVDC transmission, transformers, and grid automation. CEO Scott Strazik runs what he calls a "75,000-person startup" that traces its lineage to Thomas Edison's first New York power station in 1882, but the growth trajectory looks more like a Silicon Valley rocketship than a legacy industrial.

Products & Revenue

GE Vernova operates three segments. Power — anchored by Gas Power's heavy-duty and aeroderivative turbines plus Nuclear and Hydro — is the profit engine, generating over half of revenue with strong EBITDA margins from long-term service agreements (LTSAs) on its massive installed base. Electrification is the fastest-growing segment, encompassing Power Transmission (HVDC, transformers), Grid Systems Integration, Power Conversion & Storage, and Grid Automation & Software — it surged 61% YoY in Q1 2026 driven by data center infrastructure and the Prolec GE acquisition. Wind remains the problem child, with Onshore and Offshore both declining and burning cash, though orders are showing early signs of recovery.

Gas Power (43.4%): Heavy-duty gas turbines (HA-class, F-class), aeroderivative turbines (LM2500/LM6000), and long-term service agreements. The core profit driver with $4.07B in Q1 2026 revenue.

Nuclear Power (8.1%): Boiling water reactor services for the existing fleet plus the BWRX-300 small modular reactor program via the GE Vernova Hitachi Nuclear Energy joint venture. $757M in Q1 2026.

Hydro Power (1.6%): Hydroelectric turbine equipment and services. A small, stable business at $148M in Q1 2026.

Power Transmission (14.7%): HVDC systems, high-voltage transformers (including newly acquired Prolec GE), and substation equipment. Doubled YoY to $1.38B in Q1 2026 — the segment's growth engine.

Grid Systems Integration, Power Conversion & Storage, Grid Automation & Software (16.9%): Combined $1.58B in Q1 2026. Covers grid interconnection, battery storage solutions, power electronics, SCADA/EMS software, and grid automation platforms. All three sub-units grew YoY.

Wind (Onshore + Offshore) (15.3%): Onshore wind turbines and services ($1.19B) plus Offshore Wind ($246M) in Q1 2026. Revenue declined 23% YoY; segment EBITDA loss of $(382)M. Management guides to ~$400M EBITDA loss for full-year 2026.

Based on GE Vernova 10-Q for Q1 2026 (period ending March 2026), filed with the SEC. Percentages are share of total segment revenues of $9,363M.

Leadership

Scott Strazik

CEO since 2024. Appointed CEO at GE Vernova's spin-off on April 2, 2024, adding the President title in July 2025. Strazik has over 20 years at GE, previously running the Gas Power business through its turnaround. He frames GE Vernova as a startup despite its Edison-era heritage, and has focused the company on aggressive capacity expansion, pricing discipline on gas turbines, and pivoting the Electrification segment toward data center infrastructure.

Ken Parks, Chief Financial Officer: Oversees capital allocation including the $10 billion buyback authorization and the $5.3 billion Prolec GE acquisition. Guided full-year 2026 revenue to $44.5–$45.5B with 12–14% adjusted EBITDA margins.

David Hardy, Chief Commercial Officer, Wind: Leading the Wind segment through its turnaround, managing the tension between declining onshore volumes and early order recovery. Overseeing offshore wind contract loss mitigation.

Uzair Memon, Chief Commercial Officer, Onshore Wind Services: Running the services side of the onshore wind business, including the 1.1 GW U.S. repower order program targeting 2026–2027 commercial operation dates.

The AI Angle

Powering Every GPU Rack on the Planet

GE Vernova's AI strategy is not about embedding machine learning into turbines — it is about being the default power provider for the physical infrastructure that AI runs on. The company signed a landmark deal to deliver 29 LM2500XPRESS aeroderivative gas turbine packages providing nearly 1 GW of combined power to Crusoe's AI data centers. In Q1 2026 alone, the Electrification segment booked $2.4 billion in equipment orders to support data centers — more than it booked for data centers across all of 2025. Roughly 20% of GE Vernova's 100 GW gas turbine backlog is now explicitly tied to data center load. The partnership portfolio reads like a who's who of hyperscale and energy: joint ventures with Chevron and NRG Energy to develop over 9 GW of new gas power capacity, a strategic framework agreement with Amazon Web Services for grid solutions, and membership in the AI Infrastructure Partnership (AIP) alongside Microsoft and NVIDIA. These are not MoU-grade press releases — they represent contracted turbine slots and transformer orders with multi-year delivery timelines. On the nuclear side, the BWRX-300 small modular reactor is positioned as a baseload complement to gas for data center campuses that need 24/7 carbon-free power. Ontario Power Generation received a construction license for the first BWRX-300 at Darlington in April 2025, with 2029 targeted for first power. The DOE awarded a $400 million grant to TVA for deployment at Clinch River, Tennessee, and GE Vernova plans to invest $600 million in U.S. factories over the next two years to support SMR manufacturing. Agreements are expanding globally — Poland, Sweden, Finland, Southeast Asia — all signed between mid-2025 and early 2026. The competitive risk is real but manageable. Siemens Energy and Mitsubishi Power are the only other OEMs with comparable heavy-duty gas turbine portfolios, but all three are effectively sold out through the decade. The binding constraint is manufacturing capacity, not demand. GE Vernova's HA-class efficiency advantage (64%+ combined cycle) and its aeroderivative lineup (which can be deployed faster for behind-the-meter data center applications) give it architectural advantages that are difficult to replicate on a 3–5 year timeline.

Financial Snapshot

Revenue (TTM): $39.4B — TTM (trailing twelve months ending March 2026) | Net Income: $9.4B (includes $4.3B in one-time gains from Prolec GE remeasurement and Proficy software sale)

Margins: Adjusted EBITDA margin 9.6% in Q1 2026 (nearly doubled YoY); GAAP net margin 23.8% TTM is inflated by one-time gains. 2026 full-year adjusted EBITDA margin guidance of 12–14%.

Underlying operational performance is strong and accelerating. Q1 2026 adjusted EPS of $2.06 beat consensus by $0.18, and revenue of $9.34B topped estimates. The company raised full-year 2026 guidance to $44.5–$45.5B revenue with $6.5–$7.5B free cash flow. Capital allocation is aggressive: $3.6B returned to shareholders in 2025, dividend doubled to $2.00/share annualized, and buyback authorization expanded to $10B. The Prolec GE acquisition ($5.3B) is already contributing ~$500M revenue at 20%+ EBITDA margins with a $5B backlog. The stated policy of returning at least one-third of cash generation to shareholders while investing organically and via targeted M&A is well-calibrated for a company with this demand visibility.

1-Year Performance

$969.67 as of June 2, 2026. The stock has doubled over the past year (+100.3% YoY), making it one of the best-performing industrials in the S&P 500.

The doubling is driven by three converging forces: exploding data center power demand creating a structural demand shift for gas turbines, pricing power as production slots tighten through 2030, and the Electrification segment's breakout growth (backlog from $9B to $42B in three years). The Q1 2026 beat and guidance raise reinforced the narrative. At $255B market cap, the market is pricing in sustained double-digit revenue growth and margin expansion — a valuation that hinges on continued AI infrastructure buildout and successful Wind segment loss reduction.

Recent News

• Data Centers Now Use So Much Power, Their Designs Are Changing — Bloomberg: Direct tailwind for GE Vernova's gas turbine and grid equipment businesses. As data center power density increases, facilities are increasingly co-locating with dedicated gas turbine generation — exactly the behind-the-meter model GE Vernova is deploying with Crusoe.
• Watch These 5 Non-Tech Stocks Thriving in 2026 on AI Data Center Boom — Zacks: GE Vernova is the canonical example of an industrial beneficiary of AI capex. Its $2.4B in Q1 data center Electrification orders validates the thesis that AI spending flows through to physical infrastructure providers.
• Assessing GE Vernova (GEV) Valuation After A Powerful Year Of Share Price Gains — Simply Wall St / Yahoo Finance: With the stock doubling YoY and P/B at 18.7x, valuation scrutiny is intensifying. The question is whether 100 GW of gas turbine backlog and $42B Electrification backlog justify the premium.
• Jim Cramer Believes 'GE Vernova Is Absolutely Terrific' — Insider Monkey / Yahoo Finance: Mainstream financial media continues to amplify the GE Vernova narrative. The stock has become a consensus long among both retail and institutional investors betting on the AI power theme.
• GE Vernova's Global Gas Turbine Backlog Grows to 100 GW as Turbine Slots Tighten Through 2030 — Power Engineering: 21 GW signed in Q1 2026 alone across five countries. With pricing tracking 10–20 points higher per kW than Q4 2025, this is a textbook example of supply-constrained pricing power in heavy industrial equipment.
• GE Vernova Invests ~$200M in New Transformer Manufacturing Facility in Vietnam — GE Vernova: Capacity expansion in Hai Phong targets the global transformer shortage that is bottlenecking grid buildouts. Transformers have become one of the most supply-constrained components in energy infrastructure.

Fun Fact: GE Vernova's LM2500 aeroderivative gas turbine — the same engine family it is deploying to power Crusoe's AI data centers — is derived from the CF6 jet engine that powered the Boeing 747. Over 2,700 LM2500s have been deployed across 60 countries in naval, industrial, and power generation applications, making it the most widely used aeroderivative gas turbine in history. The XPRESS variant packages the turbine into containerized modules that can be shipped, installed, and generating power in months rather than the years required for a traditional combined-cycle plant — a deployment speed that is critical for hyperscalers racing to bring AI training clusters online.