GEV Stock Is Up 184% in a Year — And the Best Might Not Be Over Yet

When a certain type of stock first emerges, it doesn’t create much of a stir—no big product launch, no celebrity endorsement, no viral moment. When GE Vernova, which was spun out of the former General Electric empire, went public in March 2024, the majority of retail investors either disregarded it or were unable to understand what it did right away. Anyone who invested $1,000 in GEV shares during that IPO now has about $6,400 after two years. In just the last year, the stock has increased by more than 184%. Now, the question that all analysts and investors seem to be debating is whether there are still more chapters in the story.

Large portions of the global electrical grid, including gas turbines, wind turbines, high-voltage transmission systems, and increasingly, small modular nuclear reactors, are manufactured by GE Vernova. In certain aspects, that sounds like a well-established industrial enterprise. However, the energy landscape of 2026 differs greatly from the one that planners drew five years ago. Data centers are growing at a rate that was nearly unimaginable prior to the AI boom. In Taiwan and the American South, semiconductor factories are being built. Demand for electrification is increasing in ways that the infrastructure of the old grid was never designed to handle. To put it simply, GE Vernova is selling into a market that is desperate for its products.

In contrast to most executives, CEO Scott Strazik has been open about the supply situation. In a mid-March speech at a Bank of America conference, he warned investors that if they order a heavy-duty gas turbine today, they shouldn’t anticipate delivery before 2029 and that commissioning might not happen until 2031. That is a warning, not a sales pitch. However, it also serves as a kind of guarantee for investors. The backlog is real. There is a documented and genuine demand. Before they have even chosen a particular location, clients are making deposits of 20 to 25 percent to secure a production time slot. Paying for a spot in line before knowing exactly what you’re ordering, for example, indicates a degree of market urgency that surpasses typical buying cycles.

That image is supported by the Q1 gas figures. Strazik predicted that first-quarter gas contracts, which include both orders and slot reservations, would be between 12 and 24 gigawatts, up from 8 gigawatts during the same time last year. Three 1.6-gigawatt LNG-to-power projects were signed by Vietnam. GE Vernova is pursuing contracts related to TSMC’s growing chip business in Taiwan. Although data centers currently account for 10 to 15 percent of GE Vernova’s gas backlog, approximately one-third of slot reservations are anticipated to become firm orders in the next six to eighteen months. The backlog’s makeup is changing, leaning toward the tech industry’s insatiable demand for dependable baseload power.

More quickly than many anticipated, the nuclear side of the business is transitioning from speculative to concrete. According to Reuters, the U.S. and Japan agreed on energy investment agreements worth up to $73 billion after their March summit, with up to $40 billion set aside for GE Vernova Hitachi small modular reactor projects in Tennessee and Alabama. Since SMR technology has been discussed for years without gaining much commercial traction, it is still important to keep a close eye on the timeline due to the complexity and political sensitivity of these projects. However, it is difficult to discount the magnitude of the commitment, which is supported by two of the biggest economies in the world. By the end of the decade, GEV’s nuclear business, which is currently a smaller part of the story, might grow significantly.

An additional layer is added by the electrification section. By 2028, GE Vernova’s backlog is expected to double from its current $30 billion to $60 billion. The high-voltage direct current transmission market, which Strazik estimates to be worth between $100 and $150 billion globally, has been singled out. These are the long-distance power lines that transport electricity from the point of generation to the point of consumption; most countries’ current grid was not designed to handle the distances or volumes that are currently required. Last year, direct electrification orders for data centers alone totaled more than $2 billion.

However, it would be inaccurate to characterize GEV as a trouble-free stock. With an estimated $250 million revenue shortfall in 2026 linked to Vineyard Wind project delays and roughly $400 million in related losses still making their way through the numbers, the wind industry is suffering greatly. Over the last two years, capital costs for new gas plants have more than doubled, which may eventually cause some customer decisions to stall. Even though the price is stable, the MACD reading indicates waning momentum. $1,100 is what Rothschild is requesting. The goal set by Morgan Stanley is $960. Although the value score, which is located near the bottom of most screens, indicates that investors are paying a premium for execution rather than cheapness, the consensus buy rating sounds confident.

Observing GEV’s trading through the early 2026 volatility gives the impression that the market has largely determined that this company matters in a different way than it did two years ago. The story of energy infrastructure is true. There is a backlog. Whether the execution will match the ambition and whether the turbines, transmission lines, and nuclear reactors all arrive on schedule in a world that has a long history of making those kinds of timelines considerably more complicated than they first appeared is a question worth considering, especially for anyone buying in close to the 52-week high.