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Supporting note · AI x Energy

GE Vernova Q1 2026: Backlog Hits 100 GW, Orders +71%

GE Vernova's Q1 2026 print on April 22 turned the pre-guide into audited numbers: gas turbine backlog jumped from 83 GW to 100 GW in a single quarter, total backlog hit $163B, and the company pulled its $200B backlog target forward from 2028 to 2027. Pricing is rising faster than inflation.

May 25, 2026 · 3 min read

Summary

GE Vernova reported Q1 2026 on April 22 with orders of $18.3B (up 71% organically) and revenue of $9.3B (up 16%). Gas Power equipment backlog plus slot reservation agreements grew from 83 GW to 100 GW in a single quarter, with year-end 2026 guidance now at “at least 110 GW.” Total firm backlog reached $163B; the company pulled its $200B backlog target forward from 2028 to 2027. Pricing is rising faster than the inflation rate. The stock rose ~14% on the print.

Headline Numbers

  • Orders: $18.3B (+71% organic)
  • Revenue: $9.3B (+16%)
  • Gas Power backlog (turbines + slot reservations): 83 → 100 GW in Q1
  • Year-end 2026 gas backlog target: ≥110 GW (raised)
  • Total firm-wide backlog: $163B (up $13B sequentially)
  • $200B backlog target: pulled forward from 2028 to 2027
  • Gas turbines shipped Q1: 25 (+32% YoY)
  • Pricing: rising faster than inflation

Raised 2026 Guidance

  • Revenue: $44.5-$45.5B
  • Adjusted EBITDA margin: 12-14%
  • Free cash flow: $6.5-$7.5B

Conclusions

The 83 → 100 GW jump is a single-quarter step-change. CEO Scott Strazik’s pre-guide range (12-24 GW gas contracts vs 8 GW in Q1 2025) hit the high end - and the company’s response is to raise the year-end target rather than rest on it. The 100 GW figure plus the $200B backlog being pulled forward a year is the strongest signal yet that turbine OEM order intake is structurally re-rated, not cyclical.

The pricing comment (“rising faster than inflation rate”) is the OEM equivalent of a Federal Reserve hike. Strazik does not have to say it - but with a sold-out book through 2030, every new slot is being priced to capture customer urgency. This is the empirical confirmation of the H3 trajectory (>150 GW global turbine orders in 2026).

Our Thinking

GE Vernova’s print is the cleanest Q1 evidence that the “physics constraint” we flagged at the end of Ep4 is now a money constraint too. The order book is filling faster than the company can expand capacity, which means later orders pay more, slip further out, or both. The hyperscaler $725B capex (see hyperscaler-q1-capex-725b) is the demand-side mirror to this supply-side reality.

The $200B backlog moved up a year is also a clue about visibility - companies do not pull guidance forward unless customer letters of intent and slot agreements stack high enough to absorb downside risk. GE Vernova is now operating with multi-year revenue visibility most industrials do not have.

For Roman’s energy-services and Orban Labs lens: GE Vernova is the cleanest play on the structural turbine-buildout thesis, but the back-end services revenue (LM6000 maintenance, digital twins, controls) is where the long-tail margin lives, and that is the segment expanding fastest behind the headline turbine orders.

Watch

  • Q2 2026 print (July): does the 100 GW figure climb past 110 GW early?
  • Pricing commentary on individual deals - any disclosed €/MW figure benchmarks future orders
  • Charlotte NC manufacturing restart progress
  • Whether services backlog ($85B at year-end 2025) keeps pace with equipment growth
  • Any disclosed slot allocation policy (first-come vs strategic-customer)
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Supporting note · AI x Energy

GE Vernova Q1 2026: Backlog Hits 100 GW, Orders +71%

GE Vernova's Q1 2026 print on April 22 turned the pre-guide into audited numbers: gas turbine backlog jumped from 83 GW to 100 GW in a single quarter, total backlog hit $163B, and the company pulled its $200B backlog target forward from 2028 to 2027. Pricing is rising faster than inflation.

May 25, 2026 · 3 min read

Summary

GE Vernova reported Q1 2026 on April 22 with orders of $18.3B (up 71% organically) and revenue of $9.3B (up 16%). Gas Power equipment backlog plus slot reservation agreements grew from 83 GW to 100 GW in a single quarter, with year-end 2026 guidance now at “at least 110 GW.” Total firm backlog reached $163B; the company pulled its $200B backlog target forward from 2028 to 2027. Pricing is rising faster than the inflation rate. The stock rose ~14% on the print.

Headline Numbers

Raised 2026 Guidance

Conclusions

The 83 → 100 GW jump is a single-quarter step-change. CEO Scott Strazik’s pre-guide range (12-24 GW gas contracts vs 8 GW in Q1 2025) hit the high end - and the company’s response is to raise the year-end target rather than rest on it. The 100 GW figure plus the $200B backlog being pulled forward a year is the strongest signal yet that turbine OEM order intake is structurally re-rated, not cyclical.

The pricing comment (“rising faster than inflation rate”) is the OEM equivalent of a Federal Reserve hike. Strazik does not have to say it - but with a sold-out book through 2030, every new slot is being priced to capture customer urgency. This is the empirical confirmation of the H3 trajectory (>150 GW global turbine orders in 2026).

Our Thinking

GE Vernova’s print is the cleanest Q1 evidence that the “physics constraint” we flagged at the end of Ep4 is now a money constraint too. The order book is filling faster than the company can expand capacity, which means later orders pay more, slip further out, or both. The hyperscaler $725B capex (see hyperscaler-q1-capex-725b) is the demand-side mirror to this supply-side reality.

The $200B backlog moved up a year is also a clue about visibility - companies do not pull guidance forward unless customer letters of intent and slot agreements stack high enough to absorb downside risk. GE Vernova is now operating with multi-year revenue visibility most industrials do not have.

For Roman’s energy-services and Orban Labs lens: GE Vernova is the cleanest play on the structural turbine-buildout thesis, but the back-end services revenue (LM6000 maintenance, digital twins, controls) is where the long-tail margin lives, and that is the segment expanding fastest behind the headline turbine orders.

Watch