Patricia Poppe
Analyst · Wells Fargo Securities
Thank you, Jonathan. Good morning, everyone. I'm pleased to be with you this morning to report another quarter of strong progress on multiple fronts. Today, we announced core earnings per share for the first quarter of $0.43. This strong start puts us solidly on track to deliver again and reaffirm our full year 2026 core EPS guidance of $1.64 to $1.66. At the midpoint, our guidance implies 10% growth over 2025 and would mark our fifth consecutive year of double-digit core earnings growth. Looking forward, we're reaffirming our EPS growth guidance for 2027 through 2030, which is unchanged at 9% plus annually. We're also reaffirming our 5-year capital and financing plans, including 0 new equity issuance needs through 2030. We continue to deliver for our customers on affordability. On March 1, we lowered electric rates for the fifth time since January 2024. For our most vulnerable residential customers, bundled rates are now down 23%. For other residential customers, rates are down 13% over that same period. In February, our Diablo Canyon nuclear power plant received the final state permit approvals needed to support extended operations through 2030. And in early April, the Nuclear Regulatory Commission granted Diablo Canyon, a 20-year license extension. These actions underscore Diablo Canyon's critical role in supporting California's reliability and clean energy goals, although further action by the state is required in order to operate beyond 2030. Turning to Slide 4. We remain focused on helping California build a durable, long-term wildfire solution. The CEA's report and recommendations provide a strong foundation as the legislature begins the next phase of this important work. We were encouraged to see the CEA emphasize the cost of inaction, noting that, and I quote, "Inaction perpetuates unaffordability for consumers and hinders the ability to attract the capital required to maintain safe, clean and reliable infrastructure." This is a strong call to act for California policymakers. As we said last quarter, the CEA report marks the beginning of the legislative phase. With the session running through August, policymakers now have the opportunity to evaluate a menu of options across multiple pathways. We remain encouraged by the progress toward meeting the commitment made by the legislature last year, to find and implement a long-term [ pole of society ] solutions. That commitment began with last year's SB 254, followed by the Governor's executive order, the CPUC submission to the CEA and now the CEA's report. As I said last quarter, the status quo is neither sustainable nor affordable, and California needs a model that works for all stakeholders, whether they are those affected by wildfires utility and insurance customers, communities, the state and the capital providers needed to support a safe, reliable and clean energy system. Turning to Slide 5. Our focus on wildfire mitigation remains clear and unwavering. We know this work is never finished, which is why we continuously look for better and more effective ways to strengthen our mitigation. Our operational mitigations, including PSPS, EPSS and continuous monitoring, are making us safer every day and position us to respond effectively whatever the weather conditions. Looking forward, our long-term infrastructure hardening plans will combine safety and improved reliability and lower maintenance costs. Undergrounding is an important driver of customer affordability too, reducing the need for and expense of annual inspections and vegetation management. As you heard on our last call, the CPUC has now provided a clear path for us to request additional undergrounding through a 10-year plan. We're still on track to make this filing with the OEIS in the third quarter, including our next approximately 5,000 miles and covering years 2028 through 2037. Combined with the 1,900 miles of undergrounding we expect to have completed by the end of 2027, plus an additional 4,000 miles of overhead hardening, this would result in nearly 11,000 miles of planned system hardening through 2037 or more than 3/4 of the high-fire threat miles we plan to harden based on our current risk modeling. We'll provide more detail in our 10-year filing. But in the meantime, we calculate that our undergrounding to date, over 1,200 miles has already allowed us to avoid more than $100 million of maintenance spend, which otherwise would have been paid by customers. That is exactly the kind of durable affordability we're working hard every day to deliver for our customers. Looking at Slide 6, you'll see our simple affordable model as amplified last quarter, giving us line of sight to customer bill growth of 0% to 3%. We call that our [ path to flat ], a destination our customers would love. As noted earlier, in March, we implemented our fifth reduction in electric rates in 2 years. That's real progress on affordability, and this progress matters most for customers who need it most. Since January 2024, electric rates for our most vulnerable customers are down 23%. For our other residential customers, rates are now down 13%, about $300 less per year. That is real money. Turning to Slide 7. You can see the progress we're making in enabling rate reducing load growth. Projects are moving through our development pipeline with our final engineering stage increasing to 4.6 gigawatts since our year-end update. This progression from application to preliminary engineering and on to final engineering is a natural and expected part of the project cycle and reflects healthy forward momentum. We also recently initiated our third cluster study, and the results reinforce that there's strong interest across our service area. In total, customer interest exceeded an additional 10 gigawatts, spanning multiple regions, including Silicon Valley and the Central Valley. Importantly, this demand remains diversified. There's no single project driving these totals. We're committed to only adding load that is definitively rate reducing. We simply need to get the pricing right. Projects from this latest cluster study, which meet the rate-reducing threshold will move through preliminary engineering over the next 6 months, refilling the pipeline funnel from the top as earlier projects mature. Importantly, this growth is occurring alongside significant resource additions across California. Since 2020, CAISO load-serving entities have added more than 33 gigawatts of new resources to the grid, including over 7 gigawatts in 2025 alone. In addition, the CPUC is continuing their practice of issuing [ new build ] procurement orders, which have resulted in 22 gigawatts under contract through 2029. This kind of growth is good for customers and good for California's economy. Every gigawatt of new data center load can contribute to affordability by reducing electric bills by 1% or more, while also supporting thousands of construction jobs and generating hundreds of millions of dollars in additional tax revenue. Before I hand it over to Carolyn, I'd like to tie all of this together with my story of the month. This quarter, that story is about continuous monitoring and how we are shifting from reactive maintenance to proactive, data-driven risk management. Continuous monitoring uses sensors, our smart meters, analytics and machine learning models to identify emerging issues on the system before they turn into outages, ignitions or safety events. It's allowing us to see developing conditions in real time and intervene earlier, often before there's any customer impact. We're seeing tangible operational benefits from this approach. Continuous monitoring helped us avoid approximately 12 million unplanned customer outage minutes in 2025 and another 4 million minutes in the first quarter of 2026. In many cases, these interventions occurred before customers were even aware there was a problem. Since the beginning of last year, we've had 1,484 good catches where sensor data flagged developing weaknesses or active events on the grid. 23 of these could have become ignitions but didn't. Identifying stressed equipment early also allows us to fix issues at a lower cost and avoid more expensive emergency repairs down the road. In fact, over that same 5-quarter period, early detection of stressed equipment helped us save an estimated $8 million of capital spend through lower cost repairs and over $1 million in expense by reducing time spent responding to emergency asset failures. Continuous monitoring is also improving how our teams work in the field. More precise diagnostics mean our troubleshooter spend less time searching for problems and more time fixing them, improving both productivity and safety. Taken together, our continuous monitoring program is an important step forward and an example of how we manage risk, control costs and deliver reliable service. With that, I'll turn it over to Caroline.