Bernstein: GE Vernova’s gas-turbine demand floor rises, long-term service revenue becomes key

Why might this gas-turbine demand cycle last longer?

Demand for large gas turbines has often fallen after peaking quickly in the past; management believes this cycle could establish a higher and more persistent base of demand. Bernstein is therefore more focused on the cycle’s duration than on the order peak.
Management said about 80% of utility demand genuinely comes from utilities themselves, rather than from demand combined with data centers. International markets such as Saudi Arabia are also shifting from fuel oil and other power sources to natural gas and solar, broadening the sources of demand.
Data centers remain an incremental opportunity, and pricing power is also notable; however, projects by large cloud service providers are substantial in scale, and customers may have considerable bargaining power.

Customers typically pay substantial, non-refundable advance payments when reserving production slots. Reservations generally convert into orders within a year and are then included in backlog, at which point further payment is due. If a reservation has not converted by the agreed deadline, the company can renegotiate the terms.
Bernstein believes that, after newly sold gas turbines expand the installed base, they can also generate long-term service revenue. Existing long-term service agreements have an average term of about 10 years; new agreements are approaching 15 years. Renewal rates are high, and contracts include inflation-adjustment clauses.
Roughly the other half of the gas-turbine services business comes from customers purchasing parts and services as needed. The company has visibility into parts demand of about 12–18 months and has some pricing flexibility; lower labor requirements for maintenance may also improve service margins.

As gas-turbine capacity expands, bottlenecks are shifting: forgings and castings remain tight, while engineering, procurement, and construction capacity could also become a more significant constraint for the industry.
Constraints on the electrification business stem more from capacity and execution than from demand. Growth in data-center and utility construction creates opportunities for cross-selling with the power-generation business; management is considering expansion through existing-plant upgrades, new capacity, and acquisitions.
The priority for wind power is to restore sustainable profitability. The company is working to exit its offshore-wind exposure, while its onshore-wind target is a margin of about 6% in 2028, below the business’s historical double-digit level; Bernstein sees execution risk as most evident here.

In Bernstein’s view, nuclear power is primarily an opportunity after 2030. Management believes technology risk is limited; the key obstacles are commercialization, financing, regulatory approvals, and the timing of final investment decisions.
Bernstein rates GE Vernova Outperform, with a price target of $ 1,298 per share. Its valuation uses blended forecast EBITDA of about 12.6 billion dollars for the period from the fourth quarter of 2027 through the third quarter of 2028, and applies a valuation multiple of 26 times.
The firm noted that sustained offshore-wind losses after 2027, execution below expectations, and slower growth in the power-generation business’s backlog after 2030 due to a decline in overall power demand would all pose downside risks to its price target.