Data centers are just a "bonus factor": Bernstein details the long-term growth logic of GE Vernova (GEV.US)

Bernstein issued a research report reiterating its "Outperform" rating on GE Vernova (GEV.US) with a price target of $1,298, 69% above the latest closing price. The core thesis of the report is that the "duration" of the current power demand cycle matters more than the "peak." Bernstein believes this power cycle is structurally different from prior cyclesdemand sources are broader, customer commitments are backed by real money, and equipment sales are building the foundation for a long-term, more profitable services business. Power Business: A Higher Demand Baseline, Not Another Short Cycle There has been an important shift in management's framing of the gas business. Historically, large gas turbine cycles typically manifested as sharp demand peaks followed by a return to normalcy. But GE Vernova management believes the current environment is establishing a more sustainable, higher demand baseline rather than another temporary peak. The key to this judgment is that demand is not entirely dependent on data centers. The report notes that roughly 80% of utility demand is genuinely utility-driven, not blended with data center demand, and traditional utility demand itself is growing. Geographically, Saudi Arabia and other international opportunities are helping balance the portfolio; international growth is being driven by the shift from fuel oil to natural gas and CECEP Solar Energy. AI and data centers are an important source of upside and the area where pricing power is most evident, but the broader gas business logic does not depend on hyperscalers sustaining current demand levels. Slot Reservation Agreements (SRA) Carry "Real Money" Constraints The report explains in detail the difference between Slot Reservation Agreements (SRA) and formal orders. The company is very disciplined about signing SRAs, which typically carry substantial upfront payments. Generally, SRAs are only signed when customers have relatively clear ideas about project siting and timing. SRAs typically convert to orders and enter the backlog within a year, with another payment upon conversion and milestone payments during delivery. Notably, there is an important mechanism protecting GE Vernova from customers "hoarding" scarce capacity indefinitely: if an SRA does not convert within a certain period, pricing may be revisited. This confirms that manufacturing reservations are highly specificslots reserved for a particular customer, location, and equipment configuration may not be interchangeable with other customers' needs. Customers' upfront cash commitments, non-refundable payments, and the company's ability to reprice together limit the risk of customers hoarding manufacturing capacity at low cost. Services Business: The Underappreciated Part of the Gas Story The debate around the gas business remains focused on when turbine orders will peak, but Bernstein believes this overlooks the more durable profit opportunity in the gas services business. Gas services broadly divide into Long-Term Service Agreements (LTSA) and transactional activity. On the LTSA side, existing contracts have an average term of about 10 years, new agreements are trending toward nearly 15 years, renewal rates are high, and service contracts include inflation clauses. As a result, the installed base being added today can remain under contract coverage for more than a decade and be repriced over time. About half of the services business is transactional, with customers buying parts and/or services from GE Vernova while potentially performing some work themselves. Given roughly 12 to 18 months of visibility into parts demand, the company also retains meaningful pricing flexibility here. Beyond pricing, the services business continues to optimize the labor required for outage maintenance; as fewer personnel service more overhauls, labor efficiency becomes an incremental source of margin expansion. Data Centers: Upside, Not the Entire Thesis The report notes that given the scale of individual projects, hyperscalers may have significant negotiating leverage; but from a portfolio and scope perspective, the data center opportunity may be more interesting than simply incremental GW demand. In some use cases, faster-to-deploy modular data center projects may favor aeroderivative turbines (Aero). Aeroderivative turbines typically carry higher equipment selling prices and may involve a greater share of GE Vernova's scope; however, heavy-duty turbines (HA) typically come with a longer service tail. Higher aeroderivative utilization should ultimately also drive service opportunities, though the attachment dynamics for service contracts differ. So the question is not just "how many GW can GE Vernova capture from data center demand," but also what equipment that demand pulls through, how much scope per GW can be captured, and how much lifecycle service revenue the equipment can ultimately generate. Electrification, Wind, and Nuclear: Growth and Remediation at Different Stages The electrification business is viewed as a "compounding growth" segment. Management said one of the company's strategic priorities post-spin-off is to strengthen synergies between the power and electrification businesses and leverage the broader portfolio to drive growth. Against the backdrop of data centers and larger-scale utility buildout, electrification cross-selling opportunities have increased. After the Trench acquisition, management is willing to consider a combination of brownfield expansion, greenfield capacity, and M&A. M&A can serve multiple purposes: adding manufacturing capacity, consolidating key links in the supply chain, or acquiring technology. The company's balance sheet has flexibility, and management appears willing to use debt while keeping debt/EBITDA below 1x, rather than requiring every incremental investment to be equity-funded. Trench is expected to be financed roughly 50% with cash and 50% with debt. The wind business still faces the most obvious execution risk. The company is committed to exiting offshore wind, and onshore wind targets roughly 6% margins by 2028, versus a business that historically achieved double-digit profitability. The bigger question is whether GE Vernova can transform wind into a smaller, structurally profitable, and more disciplined business, and whether the segment can ultimately stand alongside the much higher-margin power and electrification businesses. On nuclear, while still primarily a post-2030 opportunity, it is increasingly worth evaluating as a standalone long-term value DRIVE. Bernstein believes nuclear has bipartisan support. Management's core message is that the business has limited technology risk, with greater risk in commercialization, financing, regulatory approval, and the timing of final investment decisions (FID). Supply Chain Bottlenecks Shift; Focus on Long-Term Earnings Visibility As GE Vernova expands turbine capacity, bottlenecks are shifting to other links. Forgings and castings remain key upstream bottlenecks, while EPC (engineering, procurement, and construction) capacity is emerging as a potential and more significant industry-wide constraint. In summary, Bernstein's exchanges with GE Vernova management reinforced its view that the current power cycle may be less about the magnitude of the peak and more about the durability of demand. Utility demand independent of data centers remains strong, customers are committing meaningful non-refundable capital to turbine reservations, and equipment sold today will expand a services base capable of generating profits for more than a decade. For investors, the bigger question may not be "when does this cycle peak," but "if the demand baseline is structurally higher, what exactly is GE Vernova's long-term earnings visibility."