Joseph Dominguez
Analyst · Morgan Stanley
Thanks, Tim. Thanks, Carmen, for getting us started. Good morning, everyone. Thank you for joining us, and thank you for your continued interest in Constellation. We're thrilled to be speaking with you for the first time since closing the Calpine transaction. As you can imagine, both companies are filled with people who just want to get on with it. And so we talked for a while and getting on with it is fun for us. We're excited to be where we are. As always, I want to start by thanking the 16,000 women and men across the combined companies for all the hard work that brought us to this moment. We couldn't be here without them. Let's begin on Slide 6. Today, Shane and I intend to do more than provide 2026 guidance. We're going to provide a longer-term and more comprehensive update on the business, describe what makes Constellation special and explain why we think Constellation has unmatched opportunities to grow, beginning with a 20% CAGR on base earnings growth through 2029. As you will see, this longer-term visibility into how we see our earnings through 2029 admittedly uses some conservative assumptions. But what we're trying to do here is establish a baseline and then quantify and describe for you some of Constellation's many actionable opportunities to improve earnings materially beyond this baseline and ultimately to repeat double-digit annual base earnings growth into the next decade. In his part of today's talk, Shane will walk you through some of the EPS sensitivities that we think you will find very interesting. Before we move into the business update though, I want to say that we're not going to be announcing a new data economy deal today, nor can I comment much on Amazon's community night last week in Maryland, where they described a large data center project next to our Calver Cliffs Clean Energy Center. I recognize that the last time we spoke, I indicated that we expected to be done with an important transaction by this call, but we're not ready to announce anything today. There are 2 reasons for this. First, there is clearly more scrutiny on data center development. And so we think it's really important that data center announcements occur when all stakeholders, including supportive policymakers and community leaders, are present and prepared to discuss the elements of these important transactions so that all of the community benefits are clearly understood. Obviously, earnings calls give us a limited opportunity to do that. Second, since our last call, and as you're aware, hyperscalers have announced a new pledge in response to President Trump's executive order, which required us to rethink and renegotiate some of the terms of the PPAs we were working on to anticipate any outcomes of the PJM rule-making process. With regard to President Trump's executive order and the resultant PJM regulatory proceedings, our sense is that data center development will benefit from regulatory clarity, and we now have strong momentum to get just that. All of you know regulatory clarity helps deals get done. Importantly, for you, our owners, we're not waiting on regulatory clarity or certainty. Regardless of how the PJM proceedings resolve, Constellation can structure deals now to power America's growth in AI with our firm and clean nuclear power. But not every deal is going to look the same because our customers are expressing different approaches to how they intend to manage future regulatory requirements. Some of our customers will meet future regulatory requirements by pairing our nuclear power with Constellation's ability to bring incremental capacity through batteries, demand response, upgrades and gas-fired generation. I'll talk a little bit more about that capacity in a moment. This combination gives customers the clean firm power and price certainty they want and also allows them to meet any new regulatory requirement for peak energy capacity. Other customers are willing to pay for backstop capacity from PJM and buy power and attributes from us. This is the way we typically contract with our C&I customers where they buy capacity from the PJM market and buy energy and attributes directly from us. Finally, some customers are willing to flexibly respond or curtail during peak hours by using on-site backup generation or by reducing demand. And what excites us is that the very AI technology that we're powering is now being used to better dispatch the power system and manage data center load at peaks. You might have seen an announcement we made with NVIDIA, Emerald AI and other companies last week, where we are pioneering new technology that will allow the data centers to move data projects from one data center to another at a peak. So for example, if you have a data center operating in Philadelphia and you're approaching a peak demand hour, you would transfer that work through -- at the speed of light through fiber optics to other data centers around the country that aren't in a region that's experienced a peak energy demand. So we think these companies are evolving in the way they're able to manage their demand at peak through a lot of different resources. And it's important to get this right because there have been a number of recently released studies, the Brattle Group put out one just this last month, that says that the best way we can make bills more affordable for all customers is by ensuring that the grid is better utilized during the 99% of the hours of the year when there's surplus wires and generation capacity, while at the same time, providing flexibility during these less than 1% of the hours when system demand is at its highest. According to Brattle, getting this right can unlock tens of billions of dollars in annual consumer savings, and we believe will result in a paradigm shift in how policymakers and customers view data center development, changing the perception of data centers from cost causers to potentially cost reducers. Although sometimes it seems longer, we have to keep in mind that we remain in the early stages of the AI data center boom. People naturally question the durability of the demand and strategies like ours, from DeepSeek to FERC's rejection of the [ Talen ] interconnection agreement and now the executive order, we've had bumps in the road where enthusiasm and value momentum either stalls or retrenches. We see this as the natural course of things. But it's important that in each instance, we and our partners found solutions and momentum resumed. Two things are occurring simultaneously that give us great confidence. First, the growth we're seeing is like nothing we've seen before. And second, the cost of replacement megawatts for any kind of firm power generation is now multiples of what it was less than a decade ago. You're going to see this in one of our later slides. I talked in a previous earnings call about combined cycle machines having replacement costs at around $2,500 a [ KW ]. I now see that more like $3,000 based on what I'm hearing at CERA and other conferences. And we think both the demand being real and the cost of replacement generation means that an incumbent coast-to-coast fleet of the best and most unique assets like ours are going to do exceptionally well. And that's what we have here. Constellation's industry-leading balance sheet also gives us a competitive advantage in serving customers and protecting against increases in the cost of debt. We have the ability to opportunistically grow through M&A and fund growth capital projects [ like our operates ] that easily exceed 10% unlevered IRRs. Finally, our balance sheet and strong cash flows give us the ability to return value to you in the form of more buybacks. Today, I'm pleased to share that Constellation's Board has approved an increase in our buyback authority to $5 billion, underscoring our confidence in the strategy. The path ahead is exciting. The demand is real, and our competitive position is excellent. We're excited about the future we're building and confident in our ability to deliver. Turning to Slide 7. While market attention understandably focuses on the large hyperscaler deals, the value of nuclear energy is not limited to any single customer segment. That value is broadly accessible, and recent developments in New York reinforce that point. Since we last spoke, Governor [ Hochul ] in the State of New York extended the Zero Emission Credit Program, recognizing both the value of nuclear energy and the essential role that our Upstate facilities play in meeting New York's climate and reliability goals. This extension preserves more than 3,000 megawatts of clean, reliable energy that will power New Yorkers through at least 2050. This is a meaningful development, and the average pricing, which is shared in our appendix, is an important validation of the long-term value of our nuclear fleet to ordinary families and businesses as well as the data economy customers. As I mentioned at the outset today, we want to give you a baseline for Constellation's performance through 2029 as if we did nothing more, in the way of hyperscaler deals and the way of contracting investing growth, buybacks or refining our Calpine synergies. But of course, we expect to do more on all of these fronts. We know that signing long-term deals is a focus for our investors, and it's our focus too, and we will execute. We think our historic performance in executing these contracts is the best indicator of future results. So we show here on this slide that Constellation and Calpine have executed deals for over 10,000 megawatts of our fleet, serving a wide range of customers, all at compelling prices that provide the reliability and price visibility our customers are looking for, as well as the revenue certainty that we desire. These deals are not concentrated in 1 region or 1 type of customer. They span multiple generation technologies, deal configurations, customer types and markets. But it shows here that we have a proven ability in our teams to structure long-term agreements, particularly when it comes to clean megawatts. We have now signed long-term agreements with multiple hyperscalers, commercial customers, the U.S. government, the State of New York and municipal and utility customers across America. This is a level of customer diversity that reinforces the strength and flexibility of our platform. Our natural gas fleet has added even more optionality, and you saw that in some announcements from Calpine. We have successfully delivered solutions at both ends of the spectrum to meet speed to power and grid connection for data economy customers for long-term capacity and reliability agreements for our end-use customers. And while no deal is the same, all deals share 2 defining characteristics. First, trust. Customers trust that we're going to be able to deliver for decades. Second, fair and premium value. Each agreement reflects a tailored solution that meets a specific customer need and solutions that solve real problems in returning -- in return for good pricing. Moving to Slide 8. Over the past year, we have reached agreements for an additional 36 million megawatt-hours of our clean energy that will flow in 2030. As you see in this update, we've increased the total amount of energy we will have under long-term contract in 2030, from 12 million megawatt-hours to 48 million megawatt-hours or roughly 25% of our available clean firm output. But even after that, we still have about 147 million megawatt-hours available for contracting, an opportunity no one else can match. Indeed, if you combined all of the available nuclear power owned by all of the other competitive market participants in the U.S., the total amount would be about half of what Constellation still has available for clients. As we move forward and integrate Constellation and Calpine commercial teams this year, we're bringing together under one roof 2 of the preeminent teams in the business when it comes to meeting clients' needs with tailored long-term contracts. And clearly, they're going to have plenty of megawatts to work with. I would ask that you bear a few additional points in mind as you wait for this opportunity to manifest. First, all of our contracted nuclear generation is supported by the production tax credit which grows with inflation and is guaranteed by the federal government. This structure ensures stable, predictable revenue regardless of near-term economic conditions or market volatility, while at the same time allowing us to retain the optionality to fully participate in market upside as supply-demand fundamentals continue to improve. Second, as we face potentially higher inflationary environmental drivers, the PTC automatically adjusts for inflation, making Constellation stock a unique and safe investment in a pro-inflationary environment. The baseline of earnings growth that we're showing you today conservatively assumes 2% inflation. But if instead of 2% inflation were 3% or 3.5% as some are predicting in light of the Iran contract, the PTC cap for 2031, for example, would move from $50.88 per megawatt-hour to $52.88 at 3% and $56 at 3.5% inflation, a more than $5 a megawatt-hour jump in the tax credit available to our full open position. The third factor I'd like you to keep in mind is that the demand is real. And it's so big that really smart people are literally discussing shooting data centers into space to solve for energy and infrastructure constraints. I could assure you that despite some of the PJM rule-making complexities, we have far more efficient and achievable solutions than launching data centers into outer space. Fourth, we think the climate imperative is not going to go away. There is enduring value for being clean and being able to provide firm and clean energy together. Large customers are not wavering on their long-term commitments to clean and no one can better serve that need than Constellation. Moving to Slide 9. The quality and diversity of our agreements demonstrate our flexibility place megawatts where they create the greatest value. And I fully expect the team to continue reaching agreements with customers in multiple ways. For hyperscalers and data center developers, our offerings include virtual [ PDAs ] or co-located data centers at our site. If customers need load enabling support whether through new supply demand response or transitional power, we have the ability to answer that call. For enterprise-wide C&I customers, we offer long-term contracting options at scale that help them meet their sustainability goals with dependable zero carbon power. We can provide long-term energy capacity and clean energy agreements for states, utilities, government and co-op customers that desire visibility. Taken together, this is the broadest and most capable suite of energy solutions available in the competitive market today, and it gives us multiple pathways to place our clean megawatts at a premium. Turning to Slide 10, I want to pivot here to PJM. As I mentioned at the top of the call, there's a need for regulatory certainty. And we're finally seeing greater alignment among stakeholders on core priorities that need to be addressed. We see an engaged FERC that's rightly pushing for clarity on the rules. And we see a visible time line for resolution this year. We all agree on some key points. Demand forecasts have to be accurate. We need to ensure that large load customers cover their infrastructure costs. We need to provide avenues for competitive solutions, understanding that utilities alone can't do this. And we know that customers need to be flexible at peak. We're on a path between PJM and FERC to have these core issues resolved. We are also seeing efforts underway at EPA to alleviate constraints on the use of backup generation so that data centers can better manage peaks and agree to curtail at peaks. But make no mistake, as we await regulatory clarity, customers are moving forward, and we have solutions available that anticipate any reasonable outcome, from providing backstop generation to simply incorporating a PJM backstop capacity cost in our agreements. Moving to Slide 11. At the top of the call, I spoke about the importance of managing peak energy demand while taking advantage of the surplus we have in wires and generation capacity that exists in the system about 99% of the time. This chart shows PJM's low-duration curve and illustrates the point that the system has massive unused capacity for most hours of the year. Last year, half of all hours saw more than 40% of available generation sitting idle. And 80% of the time, 30% of our resources were unused. The same is true for the wire system where transmission capacity is designed, as you know, for a handful of peak hours, and therefore, by definition, is vastly underutilized when the system is not at peak. The Brattle report that I mentioned shows how small improvements in system utilization could drive meaningful benefits for existing customers, extrapolating that a mere 10% improvement in system utilization could yield up to $17 billion of annual utility bill savings. These are huge numbers for American families and businesses. The shadow box explains Brattle's point in their own words. So basically, what they're modeling here is spreading, like peanut better, some of the fixed costs of the system, whether they be wires [ or ] generation among many more kilowatt hours. And the reason we want to make you aware of these studies is because obviously, there's this growing narrative that data centers are bad for customers. It's based on the peak energy power issues we've been talking about. And that negative reaction is causing policymakers and investors to worry about grid-connected data centers. But we think that's an overreaction. We think a more nuanced view is that if we do this right, the opposite is true, that data centers could actually bring costs down. And I'm pleased to see this message starting to go through the policymaker communities. Turning to Slide 12, it's all about bringing solutions at peak, and Constellation is willing to bring new megawatts to the grid and Constellation has and will continue to do its part. Last year alone, we placed 750 megawatts of battery storage, renewable resources and expanded geothermal capacity into service. Calpine brings us that ability to use batteries and other devices we weren't fully using at Constellation. Looking at just the balance of the decade, we have the flexibility to add new megawatts through multiple channels. I'm not going to drain this, but you could see here the license extensions. You see Crane. I'm going to talk about Crane a little bit more here in a moment. We have 400 megawatts of new gas generation coming online this year, plus another 1,400 megawatts of idled turbines. We have 1,100 megawatts of uprates. We have 9,600 megawatts of additional batteries we could deploy. And we're trying to get to 1,000 megawatts of demand response that is actionable for data center customers to reduce peak demand concerns. On Crane, we talked this week about PJM studies that indicate interconnection could be delayed into the 2030s. I want to assure you we are working on that with PJM, and we continue to expect to start this unit in 27. Today we will be filing at FERC a request to be able to transfer capacity injection rights from our [ Eddystone ] unit to Crane to facilitate restart in '27 according to our plan. David Dardis is here and can talk more about that to the extent anyone has questions. But taken together, Crane and all of our capabilities have the inherent ability to add about 10 gigawatts of support to the grid at exactly the right moment. And we're excited to be able to offer this to our data center customers to pair with our clean and firm nuclear power. Now moving on to the next slides. Before I turn it over to Shane, I want to use the next few slides to remind you of the capability and scale we have at Constellation post the Calpine acquisition. Starting with integration, our efforts are well underway, and the enthusiasm across both teams is tremendous. The energy and engagement we're seeing gives us real confidence in what we're going to be able to accomplish together. With the combination, we now have true coast-to-coast scale and a platform that is the envy of every other player in the market. That reach, paired with the quality of our assets and duration of our assets, gives us a great foundation for growth. Our leadership team is aligned and moving quickly. A top priority is capturing the best of both organizations, aligning operational and commercial best practices to elevate performance across the board. This includes finding new ways for our commercial platforms to give customers unique and innovative solutions. And we're already realizing the benefits of upgrading Calpine's credit profile. Beyond lowering borrowing costs that Shane will talk about, an investment-grade balance sheet allows us to pursue commercial opportunities that were previously out of reach for the Calpine commercial team. In short, integration is progressing as planned. The momentum is real. The teams are energizing, and we're ahead of schedule. Turning to Slide 15, this chart shows you what being the most important player in every market looks like. We are the unrivaled leader in serving commercial and industrial customers, delivering more than 190 million megawatt-hours of energy, nearly twice as much as the next largest supplier in the competitive market. We serve more than 80% of the Fortune 100. These are strategic customers, and they want a partner who could solve complicated challenges in multiple jurisdictions for firm, low and zero carbon energy. And that's exactly what our platform delivers. Our suite of solutions, from short or long-term carbon offerings, access to renewables through our core product, or innovative demand response participation with partnerships with [ Grid Beyond ] and others, gives us strategic capability to meet regulatory requirements as well as customer needs. We can meet customers wherever they are on their sustainability journey. And importantly, demand for these advanced offerings continues to grow. Compared to 2024, we saw a 300% year-over-year increase in carbon-free product placements, a clear signal that our product offerings are appealing to the customers that need these services. Turning to Slide 16. Constellation is now the largest private sector power producer in the world, generating nearly 300 million megawatt-hours annually, with 2/3 of that being carbon-free. We produce over 35% more carbon-free firm power than the next largest producer whose output includes intermittent clean renewables. Importantly, even after integrating the largest natural gas portfolio, we still maintain the lowest carbon intensity among the top 10 power producers in the country. The reason for that is our nuclear assets as well as the fact that the assets that we bought from Calpine are efficient machines. This is a special portfolio of assets that provides a foundational competitive advantage that's durable for the long term. Moving to Slide 17. Everything we do at Constellation is supported by the bedrock of operational excellence, and it applies to everything we do. For our nuclear fleet, we run these assets better than anyone. We've been doing that for well over a decade, and we consistently outperform the industry in both capacity factor and outage duration. And that operational excellence delivers real tangible value to the grid and to our owners. On a fleet of our size, outperforming the industry's average capacity factor by roughly 4 percentage translates into roughly 8 million megawatt-hours of additional clean reliable generation every single year. That's effectively the output of 1 nuclear unit. And that's what happens when scale meets world-class operations, backed by a culture to keep doing it every single day. And we're not just running our plants better, we're innovating too. In 2028, Constellation will begin using new fuels to transition its remaining fleet of 8 pressurized water reactors from 18-month refueling cycles to 24-month refueling cycles, significantly reducing future O&M costs for outages and increasing the amount of power available on the grid. And pending NRC regulatory approvals in 2028, Constellation will load the first full core of accident-tolerant fuel, fulfilling a long-term promise that industry has made to America. Moving to Slide 18, I want to talk a little bit more about the gas fleet and some opportunities we see here. On the left-hand side of the slide, you'll see that 80% of our natural gas fleet is comprised of modern combined-cycle and co-gen assets. These are highly efficient, low heat rate units that operate far more hours than traditional peaking resources, and they form the backbone of the flexibility of the grid. As system conditions change, whether driven by load growth, renewable variability or tightening reserve margins, this is the fleet that's uniquely positioned to respond, delivering reliable, cost-effective power precisely when it's needed. On the right-hand side of the chart, I want to share an opportunity we see. Today, combined-cycle units across the ERCOT system have excess capacity roughly 90% of the time. That underscores the point I just made that these units today are underutilized. But as new load comes on, particularly these large baseload data centers, CCG utilization is expected to move significantly higher by 2030. This increase benefits the system by meeting rising demand in the most efficient way while also providing upside for us through increased economic output. That represents a significant value-enhancing shift for assets that have more to contribute to the grid, and Shane will quantify that sensitivity in his remarks. Over time, that increased utilization and improved dispatch economics translate into meaningfully higher and durable earnings. With that, I'm going to turn it over to Shane to provide the financial update.