Annual production capacity?

~20 GW/yr (mid-2026), scaling to ~24 GW/yr by 2028

GE Vernova Gas Turbine Backlog Reaches 100 GW, Driven by Data

Data Centers Grid Capacity Grid Connection & Reliability News
Marin Holt
April 22, 2026
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13749
9 minutes read

Gas turbine backlog (Q1 2026): 100 GW (up from 83 GW)
New Gas Power agreements signed Q1: 21 GW
Data center electrification orders Q1: $2.4 billion
Gas turbines shipped Q1 (YoY): 25 units, +32%
Data center share of backlog: ~20% (~20 GW)
Annual production capacity: ~20 GW/yr (mid-2026), scaling to ~24 GW/yr by 2028

Cambridge, Massachusetts-based GE Vernova’s gas turbine backlog reached 100 GW in the first quarter of 2026, up from 83 GW at year-end 2025, after the company signed 21 GW of new Gas Power agreements and booked $2.4 billion in data center electrification orders in a single quarter – more than all of 2025 combined, according to GE Vernova’s Q1 2026 earnings release filed with the SEC on Form 8-K on April 22, 2026.

What the Numbers Say

Per GE Vernova’s Q1 2026 earnings release (SEC Form 8-K, April 22, 2026), combined Gas Power equipment backlog and slot reservation agreements grew from 83 to 100 GW sequentially, and the company raised its target to at least 110 GW by year-end. The 17 GW increase came from 21 GW of new agreements signed in the quarter. On the earnings call, CFO Kenneth S. Parks told analysts the company “shipped a total of 25 gas turbines in the quarter, a 32% increase year over year,” predominantly heavy-duty machines. Total company orders hit $18.3 billion, up 71% organically, lifting backlog $13.0 billion sequentially.

How the Backlog Splits

CEO Scott Strazik broke the 100 GW down on the earnings call: firm equipment backlog rose from 40 to 44 GW, while slot reservation agreements – reservations that are not yet firm orders – jumped from 43 to 56 GW. That distinction matters: 56 of the 100 GW are reservations, not contracted equipment. By customer, Strazik said “approximately 80% of our total gigawatts under contract are with traditional customers with the remaining 20% explicitly supporting data centers” – roughly 20 GW tied directly to AI and cloud load.

Pricing and Margins

Gas turbine pricing is rising faster than inflation as demand outstrips slots. Strazik told analysts the company expects “our orders in 2026 to be priced 10 to 20 points higher than our Q4 2025 orders,” with dollar-per-kilowatt growth accelerating into Q2. Power segment orders grew 59% in Q1, with Gas Power equipment orders more than doubling year-over-year on higher pricing and HA-class units. Power EBITDA margin expanded 500 basis points to 16.3%, driven by price and volume more than offsetting inflation.

The Production Constraint

A backlog is a queue, not delivered capacity – and GE Vernova’s queue is governed by factory throughput. The company is running at roughly 20 GW of annualized heavy-duty gas turbine output as of mid-2026, against a 100 GW backlog: about five years of output already committed. The slots themselves are close to sold out – on the Q1 call CEO Scott Strazik put remaining availability at about 10 GW cumulatively across 2029 and 2030 together. GE Vernova is scaling toward roughly 24 GW of annual capacity by 2028, having installed over 280 new machines in its Gas Power factories, but that ramp lags bookings. No technology available today – batteries, transmission, or interconnection reform – resolves the physical limit on large-frame turbine manufacturing.

Q1 Financials in Context

Revenue reached $9.3 billion, up 16% as reported and 7% organically. Net income was $4.7 billion, lifted by $4.5 billion in pre-tax gains tied to the Prolec GE transaction, which also added $5 billion to backlog. Adjusted EBITDA nearly doubled to $0.9 billion, and free cash flow more than quadrupled year-over-year to $4.8 billion. On the strength of the quarter, GE Vernova raised full-year 2026 guidance to revenue of $44.5 to $45.5 billion and free cash flow of $6.5 to $7.5 billion.

Why It Matters

Gas turbine supply has become a structural constraint on data center buildout. The 20% data center share of GE Vernova’s 100 GW backlog positions AI infrastructure as a durable driver of gas generation for at least the next decade, but the binding limit is factory output, not demand. Any operator or utility planning to rely on new gas-fired generation for interconnection before 2030 should verify its supplier’s production-slot position – not just its interconnection queue number – because the manufacturing queue – with only about 10 GW of slots left across 2029 and 2030 combined – is now the longer of the two.

Critical Perspective

The headline number overstates committed capacity. Of the 100 GW, 56 GW are slot reservation agreements rather than firm equipment orders, and a reservation can be deferred or cancelled if power demand forecasts soften or financing tightens. Even firm orders depend on interconnection timelines, permitting, and fuel infrastructure that the backlog does not resolve. Pricing 10 to 20 points above Q4 2025 also signals a constrained market that could attract competing capacity from Siemens Energy and Mitsubishi Power, easing the slot scarcity that underpins GE Vernova’s pricing power. A backlog at roughly five years of output is a measure of demand and of bottleneck – not of delivered megawatts.