GE Vernova: No Shortage of Orders, But Lacks a Margin of Safety

Growth in the coming years is already visible; what truly determines returns is how much longer this power equipment boom can last.

GE Vernova sits at the tightest bottleneck in global power equipment. AI data centers, utilities, and industrial customers are simultaneously boosting investments in power generation and grids, pushing orders for gas turbines, transformers, and switchgear out for years. While the company's growth over the next two to three years is easy to foresee, the real challenge lies in judging whether this boom can extend beyond 2028—and how much margin for error remains at current stock prices.

My view is that GEV is worth being bullish on for the long term, but current prices lack a margin of safety. Gas turbines and aftermarket services support profits and cash flow over the next few years, while electrical grid equipment dictates the long-term growth ceiling. The company will continue to improve, but investment returns now depend more on whether demand beyond 2028 can consistently convert into orders.

1. Understanding How GEV Converts Power Demand into Revenue

GEV's advantage stems from its simultaneous coverage of power generation, electrical grids, and long-term services. Customers generate power using GEV equipment and deliver it to data centers, factories, and homes via GEV grid equipment; once the equipment is operational, the company continues to provide maintenance and upgrades.

GEV's three officially reported segments are Power, Electrification, and Wind, with service operations embedded across segments, among which Power is currently the most important.

The core product of Power is gas turbines, primarily categorized into heavy-duty and aeroderivative gas turbines. Among them, the HA class is GEV's flagship heavy-duty gas turbine, offering high single-unit output and high efficiency, making it suited for long-term, stable baseload supply at large power plants. In contrast, aeroderivative gas turbines are derived from jet engine technology and feature smaller unit capacities; their advantage lies not in absolute power output, but in fast start-stops and flexible deployment. The former handles large-scale, long-term power supply, while the latter is better suited to quickly plug capacity gaps when customers urgently need power.

Selling gas turbines is merely the initial layer of revenue. Once equipment goes into operation, customers need to continuously purchase spare parts, scheduled maintenance, efficiency upgrades, and life-extension services—this long-term recurring revenue constitutes the services business. Large gas turbines can operate for decades, so with every unit delivered, GEV expands its future service revenue pool.

To date, GEV has an installed base of approximately 7,000 gas turbines globally. The company states that roughly one-quarter of the world's electricity is generated by customers using its installed power generation technology; this is the company's own estimate covering GEV's overall power generation technology installed base, rather than referring solely to gas turbines, nor does it imply that GEV owns or operates these power assets. In the second quarter of 2026, approximately 64% of Power's revenue came from services. This massive installed base means GEV does not have to start from scratch every year to find new revenue sources.

However, generating electricity is not enough; power must also be delivered to end-users. GEV's second core segment, Electrification, manages this step. Data centers cannot connect power plants directly to servers. The process requires transformers to step voltage up or down, switchgear to isolate lines during faults, substations to distribute power, and transmission systems to transport electricity from distant sources to load centers. GEV participates in both 'boosting power generation' and 'delivering power,' making its business model far more complete than companies that purely sell gas turbines or transformers.

Wind, on the other hand, is in a different state. While it generates substantial revenue, its profitability is visibly weaker than the other two segments; its primary significance to GEV currently is whether it can stop hemorrhaging money, rather than driving company growth.

To avoid being skewed by a single quarter, the table below uses full-year 2024, full-year 2025, and the first half of 2026 to observe the trajectory of the three businesses:

Margins refer to segment EBITDA margins, which is the company's primary metric for measuring operating profitability across businesses. Starting in 2026, the company adjusted the segment allocation of certain operations and consolidated Prolec GE into Electrification; therefore, the table is primarily intended for observing trends, with acquisition impacts analyzed separately below.

The conclusions drawn from these trends are clear. Power's first-half revenue grew 13%, EBITDA rose 41%, and margin increased from 14.1% in 1H 2025 to 17.6%. While revenue growth was not extreme, profit expanded significantly faster than revenue, indicating that price hikes, service expansion, and operational efficiency are converting each dollar of revenue into more profit. Electrification saw simultaneous gains in revenue and margin, evolving from a growth engine into a second profit driver. Wind's losses actually widened, continuing to drag on profits generated by the other two segments. Therefore, it can be concluded that: Power provides the foundation for profit and cash flow, Electrification sets the ceiling for long-term growth, and Wind currently represents only potential turn-around option value.

2. Backlog Locks in Growth for the Next Two Years

GEV's financial performance over the next two years boasts high visibility. Equipment orders provide near-term revenue, service contracts extend profitability further into the future, and customer advance payments supply capacity expansion funds ahead of time.

By the end of the second quarter, GEV's contracted but unrecognized revenue (backlog) reached $176.3 billion, comprising approximately $87.8 billion in equipment and $88.5 billion in services. About 65% of the equipment backlog is expected to convert into revenue within two years, directly supporting near-term deliveries, while service contracts will be recognized over a longer horizon, providing a long tail of future earnings.

This backlog is not a monolithic figure. Power and Electrification convert orders differently: Power depends on whether customer-reserved turbine slot allocations convert into firm orders and are delivered on schedule by GEV; Electrification depends on whether new order intake consistently outpaces current revenue.

Gas turbine customers typically pay a down payment first to lock in future manufacturing slots. Once project financing, regulatory approvals, and construction schedules mature further, they convert reservations into firm orders.

At the end of the second quarter, GEV had 53 GW of firm gas turbine orders, with another 63 GW remaining in the slot reservation phase. During the quarter, 10 GW of prior reservations converted into firm orders, raising firm orders from 44 GW to 53 GW; simultaneously, the company signed 20 GW in new contracts, of which 18 GW were slot reservations and 2 GW became immediate firm orders, while completing approximately 3 GW in deliveries.

These shifts indicate that fresh customer demand continues to flow in, while projects that secured early slot reservations are moving toward binding firm purchases. The company expects combined firm orders and slot reservations to reach at least 125 GW by the end of 2026, keeping turbine manufacturing capacity highly utilized for years to come.

Consequently, Power's growth over the next two years involves a two-step process: first, customers convert reserved capacity into firm orders, and second, GEV completes manufacturing and delivery according to schedule. The former determines order quality, while the latter determines whether revenue actually materializes.

Rather than simply adding firm orders and slot reservations together, a far more critical metric to track is the conversion velocity from reservations to firm orders. Faster conversion indicates that customers are not merely holding slots out of fear of future equipment shortages, but have finalized financing, regulatory approvals, and procurement decisions, making actual project completion much more likely.

For Electrification, the metric to track is simpler. In the second quarter, the segment recognized approximately $3.6 billion in revenue while securing $6.3 billion in new orders. In other words, for every $1 of revenue delivered and recognized, another $1.7 of orders came in. As a result, its equipment backlog continued to expand, reaching $40.6 billion.

As long as new orders consistently exceed revenue over the long run, accelerated deliveries will not deplete the future backlog. Power relies on multi-year production scheduling to provide near-term certainty, whereas Electrification relies on continuous order replenishment to extend its growth runway.

GEV's cash flow is also robust, though the timing of cash inflows warrants careful analysis. In the first half of 2026, the company generated approximately $9.9 billion in free cash flow; over the same period, contract liabilities increased by about $14.1 billion, the vast majority of which came from customer progress payments made prior to equipment delivery. Massive cash flows into GEV before equipment manufacturing is completed. This demonstrates that customers are willing to prepay to lock in scarce capacity, allowing GEV to use customer funds to procure materials, build inventory, and expand manufacturing capacity with high capital efficiency. At the same time, these cash inflows correspond to future manufacturing and delivery obligations and cannot be taken to mean the company will consistently generate the same level of free cash flow every year.

In other words, customer prepayments represent a business model advantage, but not fully earned profits from completed deliveries. Free cash flow in 2026 is significantly inflated by prepayments, making normalized earnings a much more suitable reference for valuation rather than annualizing single-year cash flows.

Therefore, backlog, pricing power, and customer prepayments have built a solid foundation for the next two years; this period of certainty is also the part most readily recognized by the market.

3. Gas Turbine Revenue Can Still Grow, but Order Growth Will Slow First

Power is more likely to transition from an order surge to high-volume deliveries, sustained price increases, and service growth. The business remains strong, but its growth rate can hardly replicate the levels of the past two years indefinitely. The reason is simple: the more clearly orders lock in deliveries for the next two years, the more investors must ask a longer-term question: how much of today's order rush is merely pulled-forward future demand?

Power will continue to supply the bulk of GEV's profits and cash flow over the next few years, but risk will not manifest first in revenue; it will appear first in new order intake. A valuable set of data emerged in the second quarter:

While gas turbine delivery units increased 38% year-over-year, delivered capacity fell 37%; among these, HA heavy-duty turbine deliveries dropped from 8 units in the prior-year period to 3 units, yet Power equipment revenue still grew 30%. Revenue growth was primarily driven by aeroderivative gas turbines, higher selling prices, and a more favorable contract mix. This demonstrates GEV's strong pricing power and shows that customers are utilizing faster-delivering aeroderivatives to secure power upfront; however, capacity ramp-up for large HA turbines still requires validation in upcoming quarters.

The company plans to raise annualized gas turbine manufacturing capacity to 20 GW in 3Q 2026, 24 GW by 2028, and further to 30 GW by 2030. Expansion relies primarily on adding machinery, shifts, automation, and supply chain capacity within existing facilities, with customer prepayments funding a portion of the capital requirement.

However, planned capacity generates revenue only when converted into actual deliveries. Once new equipment is installed, it must undergo commissioning, workforce training, yield improvement, and tact-time stabilization; component availability, testing, logistics, and customer site readiness can also push revenue recognition from one quarter to the next.

A longer-term risk lies in order pull-forward. Customers fear being unable to buy gas turbines in coming years, leading them to lock in manufacturing capacity five to six years in advance. This shifts a portion of orders that would have naturally emerged later into 2025–2026.

The most likely sequence of events is: New order growth decelerates first, while existing backlog continues to be delivered and revenue keeps growing; only when new contract signings consistently lag deliveries will the backlog actually begin to contract.

To evaluate this in the future, one only needs to compare two figures: how many GW of firm contracts were signed in a year, versus how many GW were delivered. If new contracts exceed deliveries, the backlog continues to build; if new contracts fall below deliveries, GEV begins burning through its accumulated backlog.

Currently, this metric remains exceptionally strong. In 1H 2026, GEV secured 20.1 GW in gas turbine orders while delivering 7.5 GW; in the second quarter alone, it added 20 GW in new contracts while delivering roughly 3 GW, continuing a rapid expansion of its backlog.

By 2030, if the company can deliver 30 GW annually, new contract signings will also need to approach this level to maintain its backlog over the long term. Otherwise, even if current revenue keeps growing, the backlog will start thinning out first.

Therefore, the more realistic risk for Gas Power is that revenue continues to grow while new order intake slows down first, prompting the market to prematurely trim earnings expectations beyond 2031.

Even as equipment orders gradually normalize, Power will not immediately lose support, because every delivered gas turbine expands the downstream service pool. However, this cushion takes time to materialize.

As of the second quarter, GEV had 130 HA gas turbines in commercial operation, with an additional 195 units under contract. Based on existing contracts, the HA fleet will more than double in the future. Once these new units enter service, they will generate recurring revenue from parts, overhauls, and upgrades, supporting service growth into the 2030s.

However, gas turbines require installation, commissioning, and initial operation after delivery, with major overhauls typically occurring only after several years of operation. Thus, while services can extend Power's earnings cycle, they cannot immediately step in to fully offset an equipment order slowdown.

4. Grid Equipment Dictates Growth Runway Beyond 2028

Gas Power can lock in near-term profits, but it cannot single-handedly guarantee sustained high growth for GEV over the long term. For 2028 not to become an inflection point where growth stalls, Electrification must continue to expand.

Data centers require far more than power plants. Once electricity is generated, transformers are needed to step voltage up or down, switchgear to protect lines, substations to distribute power, and potentially high-voltage transmission systems to transport power from afar. Even if a region has theoretical generating capacity, if local transformers, substations, or transmission lines are insufficient, new data centers cannot be energized—and this exact infrastructure segment is what GEV sells.

Meanwhile, the grid business is agnostic to any single power generation source. Natural gas, nuclear, wind, and solar all must connect to the grid, while new factories, electric vehicles, and data centers equally demand expanded transmission and distribution capacity. The International Energy Agency projects global data center electricity consumption will increase from approximately 415 TWh in 2024 to around 945 TWh by 2030, with a base-case forecast reaching roughly 1,200 TWh by 2035. While data centers themselves can typically be built in two to three years, the broader electrical power system requires significantly longer planning and construction cycles.

GEV has already begun converting this investment wave into its own orders, and the multi-quarter trend is far more compelling than a single quarter's performance. In 2024, GEV's data center Electrification orders were less than one-third of 2025 levels; in 2025, related orders exceeded $2 billion. By 1Q 2026, single-quarter data center equipment orders hit $2.4 billion, surpassing full-year 2025; cumulative orders in 1H 2026 further exceeded $5 billion, more than double the prior year's full-year total.

In 1H 2026, data center orders accounted for approximately 37% of total Electrification orders. AI has evolved from a marginal demand source into a key growth driver, while traditional utilities, grid modernization, and new power generation projects still represent the majority. This customer structure delivers growth while mitigating the company's dependency on a single AI capex cycle.

Electrification's reported revenue grew 68% in the second quarter, with approximately $860 million contributed by Prolec GE, a transformer manufacturer acquired by GEV in February 2026. Excluding acquisitions, divestitures, and currency impacts, organic revenue still grew 29%, primarily driven by transformers, switchgear, substations, and high-voltage direct current (HVDC) transmission systems.

Even more noteworthy is that organic segment margin reached 19.1%, outpacing the overall segment's 18.4%. Prolec expanded revenue and manufacturing capacity, but its margin currently sits slightly below GEV's organic business. If Prolec's profitability can be elevated through procurement synergies, factory efficiencies, and sales channels going forward, this acquisition will evolve from merely 'adding scale' to 'boosting profits.'

A larger opportunity lies in increasing the content value per data center. Management estimates that based on current product offerings, GEV has approximately $300 million in equipment sales potential per 1 GW of data center capacity built, primarily from transformers, switchgear, substations, and control systems.

This $300 million primarily comes from grid-connection equipment where GEV already excels. As AI server power density and individual data center scale increase, customer requirements for power stability, efficiency, and redundancy are rising, prompting GEV to extend its products further inside the data center boundary.

The company is introducing medium-voltage uninterruptible power supplies (UPS), solid-state transformers, power stabilization equipment, and energy management systems. GEV is not abruptly stepping into an unfamiliar market, but rather leveraging its existing capabilities in transformers, switchgear, power conversion, and controls to add new products, progressively bundling fragmented equipment into comprehensive power delivery solutions.

Management believes that if these products are successfully commercialized, the addressable content per GW could expand to two to three times current levels, equivalent to roughly $600 million to $900 million. In other words, GEV can benefit in the future not only from more data centers being built, but also from selling higher content per 1 GW project.

This potential remains upside optionality for now. Among the over $5 billion in data center orders booked in 1H 2026, none were for solid-state transformers; related products may start entering order books in 2027 at the earliest. Current growth continues to be driven by mature products such as transformers, switchgear, and substations.

If new products succeed, GEV's future revenue will stem from two simultaneous paths: more data centers being constructed globally, and higher product sales per 1 GW project. The latter path is particularly critical because it allows GEV to continue expanding its revenue share per project even if overall data center GW capacity additions begin to decelerate.

Along with revenue growth, conditions are ripe for further margin expansion. As legacy lower-priced orders are gradually fulfilled, higher-priced new orders will convert into revenue; higher production volume will dilute fixed costs; automation and Prolec integration will boost manufacturing efficiency; and product mix will shift from standalone equipment toward complete systems.

The company's 2028 margin target for Electrification is 22%, while the organic business has already reached 19.1%. If order pricing, volumes, and content value per GW continue to rise, earnings could still grow faster than revenue.

Whether Electrification can pick up the growth torch ultimately hinges on validating just two outcomes: whether new orders consistently exceed revenue, and whether content value per GW can increase beyond the current ~$300 million. The former determines how long growth can endure, while the latter determines how high it can climb.

5. How Much Future Growth Is Already Priced In?

GEV expects to achieve approximately $56 billion in revenue and a 20% adjusted EBITDA margin by 2028, corresponding to about $11.2 billion in EBITDA. This target already assumes margins for Power and Electrification reaching 22% each, alongside Wind turning around from current losses to a 6% margin, making it a far from low hurdle.

Multiples are calculated by the author based on the company's 2028 targets, approximately 266.3 million shares as of the end of 2Q, and current balance sheet data, without pre-factoring future cash accumulation and share buybacks.

At the current price of ~$920, the stock trades at approximately 21x EV/EBITDA based on the company's 2028 targets. Even if GEV smoothly meets its revenue and margin goals, investors must still believe in continued growth from 2029 to 2032 to support the current valuation. I believe GEV is more likely to follow this trajectory: over the next two to three years, Power will continue growing on backlog execution, price hikes, and capacity expansion, with Services gradually picking up the slack as the installed base expands; however, gas turbine new order growth will likely slow before revenue does. Meanwhile, Electrification will continue to serve as the primary incremental driver, with revenue maintaining rapid growth, margins gradually creeping toward 22%, and content value per GW slowly increasing as new products are commercialized. Wind is more likely to narrow its losses until it no longer presents a drag, rather than becoming a new growth engine.

This implies that GEV remains a growth company going forward, but its growth structure will shift from an 'order rush surge in gas turbines' to 'high-volume deliveries + service expansion + grid equipment growth,'with overall growth likely normalizing relative to the past two years. Under this framework, different stock prices offer vastly different risk-reward profiles:

If the stock price rises further toward $1,050, the market will price in even more demand beyond 2028. At that point, the company would not only need to meet its targets but consistently beat them, leaving valuation far more sensitive to any fluctuations in orders, deliveries, or margins.

Around $800, valuation begins to approach fair value, but still requires decent growth post-2028. This price is worth placing on a watchlist, though the margin of safety remains limited.

The $700–$750 range corresponds to roughly 16x–17x 2028 targets. This range offers enough cushion to absorb a slowdown in turbine order growth, a slightly slower HA turbine expansion, delayed commercialization of new grid products, and a modest valuation multiple contraction. As long as the core thesis for Power and Electrification remains intact, the risk-reward ratio begins to look reasonable.

Around $650 corresponds to roughly 15x. If a stock decline stems from broad market multiple compression while firm turbine orders, grid equipment orders, and margins show no deterioration, this range would be considerably more attractive.

A price decline does not automatically create value on its own. A lower price truly equals a margin of safety only if order quality, execution capabilities, and margins remain fully intact.

6. Long-Term Bullish Thesis Intact, but Better Entry Prices Warrant Patience

GEV has established an exceptionally attractive virtuous cycle. Traditional power investments supply a foundational baseline of demand, AI data centers accelerate order growth, new products expand content value per project, and once equipment is operational, it converts into multi-year recurring service revenue. Customers are also willing to make advance payments to support capacity expansion, allowing GEV to scale manufacturing capacity with minimal capital intensity.

The current valuation requires several links in this cycle to execute seamlessly: slot reservations must convert into firm orders, firm orders must be delivered on schedule, HA turbine capacity expansion must maintain quality and margins, new installed units must enter service cycles, and new grid products must successfully expand content value per GW.

Going forward, only a few key signals merit close monitoring. For Power, watch whether firm orders continue to accumulate and whether annual contract intake begins to persistently fall below deliveries. For Electrification, monitor whether the book-to-bill ratio stays above 1.0x, whether organic margins continue edging toward 22%, and whether new products transition from the testing phase into actual firm orders.

My assessment remains unchanged: GEV will likely continue to improve, but the current stock price already demands that it stays good for long enough. Around current prices, I will remain patient; in the $700–$750 range, I would re-evaluate orders and margins; if the stock further dips into $650–$700 while core fundamentals remain uncompromised, it would present a far more compelling buying opportunity.

This article is for research and informational purposes only and does not constitute investment advice.