GE Vernova gas turbine backlog surges on data center demand

Solmar Insights

GE Vernova’s gas turbine order backlog climbed to a record 116 GW at the close of Q2 2026, up from 100 GW just one quarter prior, as company CEO Scott Strazik cited expanding demand from both utilities and a growing segment of data center operators. The company is now booking gas turbine deliveries into 2031, reflecting strong visibility for growth in power infrastructure and shifting buyer profiles.

Gas turbine orders reach record levels

GE Vernova reported a significant increase in its gas turbine order backlog, announcing it had reached 116 GW by the end of the second quarter of 2026, compared to 100 GW in Q1. This sharp uptick reflects both broadening customer demand and the company’s success in securing long-term slot reservations. According to Strazik, GE Vernova shipped 3 GW of turbines in the quarter and signed 20 GW of additional orders and reservations, over half of which were for HA-class turbines, the company’s high-capacity combustion turbine model.

Backlog growth is not limited to the gas turbine business. Company-wide, GE Vernova’s total order backlog across power generation and electrification hit $176 billion, up from $129 billion one year earlier. The electrification segment in particular saw orders mount year-over-year by 69 percent, reaching $41 billion, as customers source transformers, switchgear, and related infrastructure alongside generation equipment.

While the order books swell in gas and electrification, the wind business remains a drag. Orders for wind equipment declined 40 percent year-over-year as the U.S. market for onshore wind turbines and blades continues to face headwinds, including lingering economic, regulatory, and legal challenges.

GE Vernova is now accepting turbine reservations for delivery as far out as 2031, a timeline matched only by its main global manufacturing competitors. Company leadership expects the combined gas turbine backlog and slot reservations to grow further, potentially reaching 125 GW by the end of 2026.

Shifts in buyer composition

Analysis of the current backlog reveals an evolving customer base. Approximately 80 percent of GE Vernova’s gas turbine buyers remain utilities and other power sector incumbents, but the remaining 20 percent now includes data center developers and operators, reflecting a pronounced move by digital infrastructure providers to secure reliable power resources amid growing compute demand.

Data centers, particularly those supporting artificial intelligence and hyperscale cloud features, have emerged as an important source of incremental demand for utility-scale gas generation. Developers in this space are increasingly seeking firm capacity to meet rising power density and reliability requirements not easily met by variable renewables alone.

Strazik noted that GE Vernova’s gas power customers now span roughly 100 unique entities across 26 countries, but the trend toward increased data center procurement is most pronounced in the U.S. and regions with robust hyperscale activity. The momentum has resulted in “healthy discussions” for reservations beyond 2031, although the company signaled the next booking wave for 2032 may take more time to materialize.

This diversification in demand sources has aided GE Vernova’s pricing position, allowing the company to maintain what management described as “strong” price realization across both heavy-duty and high-efficiency HA-class machines.

Revenue growth and pricing trends

The surge in gas turbine orders is directly supporting GE Vernova’s double-digit revenue and order growth in power generation and electrification segments. While specific quarterly turbine prices were not disclosed, external analyst estimates referenced by management place current pricing for heavy-duty turbines near $790 per kilowatt, at $950 per kilowatt for combined-cycle HA-class units, and as high as $1,800 per kilowatt for aeroderivative turbines.

These figures underscore the robust price environment that major global manufacturers are experiencing amid elevated infrastructure demand and capacity constraints. The extended booking horizon, now reaching five years or more, enables manufacturers to lock in forward sales at today’s pricing levels rather than spot market rates, mitigating some commodity and supply chain volatility risk.

For buyers, this signals less available near-term manufacturing capacity and the need for earlier procurement planning, especially for large-scale projects or new datacenter campuses requiring guaranteed delivery windows. The combination of order backlog growth and firming prices has also given GE Vernova headroom to preserve profitability even while competition from Siemens and Mitsubishi Heavy Industries remains vigorous.

Management described the 125 GW year-end backlog target as conservative; actual results have exceeded prior guidance in recent years, with 2025’s projected 80 GW figure ultimately surpassed by a wide margin.

Market implications for U.S. generation

GE Vernova’s record backlog is significant for the U.S. and global energy markets, especially against the backdrop of shifting generation mix strategies and emerging reliability concerns. As renewable energy developers contend with transmission bottlenecks and slow interconnection processes, an increasing number of new gas-fired projects are advancing, often as complements or backups to renewable portfolios.

Utilities, independent power producers, and now data center operators are each seeking pathways to ensure resource adequacy and support electrification of diverse energy end uses. Gas turbines, especially when deployed as combined-cycle plants or for peak support, offer dispatchable power that helps balance grid performance under variable demand conditions.

The presence of major data-guzzling facilities as direct buyers further raises the stakes for firm capacity procurement, particularly in regions like PJM, Texas, and the Southeast where tier-one datacenter growth is most pronounced. This dynamic is causing underlying shifts not only in procurement strategies but also in ISO/RTO resource planning forecasts and interconnection queue management.

Meanwhile, pressure on the wind segment signals ongoing uncertainty for the buildout of zero-carbon capacity, magnifying the baseline need for flexible thermal plants while policy, supply chain, and permitting challenges persist for large-scale renewables.

Long-term contracting and investment outlook

The willingness of buyers to commit to orders as far as five years forward reflects both strong confidence in the technology and pronounced constraints in global turbine manufacturing supply chains. With options for 2031 already more than halfway filled, operators planning large new loads face intensifying competition for guaranteed turbine supply and installation capacity.

For institutional investors, these trends are reinforcing the importance of early-stage procurement, risk management around delivery timelines, and understanding both traditional and emerging demand drivers. The backlog also suggests stable revenue flow for OEMs, which may favorably impact project finance structures and lending terms for new generation construction.

Despite ongoing strength in gas and electrification, the persistence of wind market weakness underscores the need for careful technology mix planning for developers, especially as U.S. policy incentives shift or phase down. Monitoring OEM manufacturing throughput, order lead times, and pricing trends will be crucial for buyers weighing future builds.

GE Vernova’s current order composition, led by a mix of traditional and data center customers, may serve as a bellwether for gas turbine procurement patterns nationally through the decade, especially as continued digital infrastructure expansion maintains elevated demand.