Thank you, Lex. I would like to extend a warm welcome to our investors, analysts and employees, who are participating in today's call. This morning, I will briefly review our Q2 results, but I will concentrate primarily on the current environment, and why we remain confident in the long-term growth prospects for energy storage, the competitiveness of our Smartstack platform and the strength of our U.S. supply chain strategy. Starting with Slide 4 and our Q2 performance. We delivered approximately $432 million in revenue as our execution helped us to deliver on project milestones earlier than expected. We also earned double-digit adjusted gross profit margin, and our annual recurring revenue increased to $110 million. We ended the quarter with approximately $4.9 billion of backlog, including $200 million of contracts added during the quarter. Looking ahead in the coming quarters, we are expecting a meaningful improvement in order volume from this past quarter, especially internationally. In particular, and consistent with our prior expectations, we currently anticipate a strong ramp-up in order volume in Australia as we enter the second half of our fiscal year. And finally, we ended the quarter with more than $1 billion in liquidity, including $610 million in total cash. This demonstrates our solid low-lever financial condition and provides us with a strong basis to deliver long-term value to our stakeholders. Please turn to Slide 5. Since our last call, the market landscape has shifted meaningfully due to the enactment of significant new tariffs, which with respect to China have increased from roughly 10% to roughly 155% in a matter of a few months. The change in tariff and trade policy has led to considerable economic uncertainty in global markets. This uncertainty from the number and magnitude of changes has led the company and certain of our customers to mutually agree to pause execution of some of our U.S. contracts, and the signing of new U.S. contracts as we wait for clarity on the tariff and policy environment. This pause contributed to our decision to revise our fiscal 2025 outlook, which Ahmed will discuss shortly. Having said that, we believe that the current high tariff levels on Chinese inputs are unlikely to be sustainable. The Trump Administration has publicly stated their intention to pursue a new trade deal with China that may result in lower tariff rates. As trade negotiations between the United States and other countries, including China, progresses. We believe the markets will stabilize and provide a clear path forward for both our customers and the company, supporting a return to more normalized contracting activity in the U.S. market. Thus, we expect the contracting pause we're currently experiencing to be temporary and reaffirm our approach to a diversified supply chain. Although the current tariff environment certainly impacts our customers in the short term, we remain optimistic about the future of energy storage in general and particularly for Fluence. To that end, I will cover the following three topics: first, the future demand outlook for battery storage in our most relevant markets; second, how we view energy storage competitiveness against gas as a provider of capacity, especially in the U.S.; and finally, I will discuss how Fluence intends to create value for its stakeholders through its innovative Smartstack technology and U.S. domestic content strategy. Turning to Slide 6. Demand for energy continues to increase. This is driven by many factors, including economic growth, data center deployments and the electrification of transportation and other sectors. In the U.S. alone, electricity demand is projected to grow 11% through 2030, signaling that annual energy storage capacity will increase to more than 400 gigawatt hours. Just to put this in context, over the last five years, we have seen only 79 gigawatt hours of additions in the U.S. market. This is a strong indication of the increasing significance of battery storage in the U.S. market. We see similar growth rates in other international markets. For example, in Australia, we expect battery storage to reach 51 gigawatt hours by 2030, up from the 2024 levels of 7 gigawatt hours. And in Germany, where we expect battery storage to reach 120 gigawatt hours by 2030 from its 2024 level of 20 gigawatt hours. Turning to Slide 7. Now I would like to touch on the competitiveness of energy storage. Battery prices are down by approximately 70% since 2022, making energy storage competitive across several markets. For the U.S., the current higher tariff on Chinese imports are expected to essentially bring battery costs back to what we saw three years ago. At the same time, capital costs for competing technologies such as natural gas plants have increased materially over the past few years and are expected to continue to increase. In the United States, we anticipate 278 gigawatt hours of capacity additions through 2030 to meet growing needs. And we believe that energy storage is well positioned to meet these needs as it benefits from several factors. First, battery storage is one of the most cost-effective solutions for meeting system needs. Energy storage capacity prices currently approximately $9 per kilowatt a month, which is about half the price of a gas fired plant. We believe that this significant price difference makes energy storage, the most optimal choice even with low gas prices. Second, energy storage has the unique ability to take advantage of low off-peak prices. For example, in PJM, current off-peak prices are more than 30% lower than on-peak prices, offering tangible arbitrage benefits to plant owners, particularly when there are several gigawatts of excess capacity available during those off-peak hours. Third, as there has historically been fewer supply chain constraints and shorter lead times associated with energy storage compared to other competing technologies, battery storage systems can typically be deployed within six to nine months versus the typical 36 to 40 months needed for gas combustion facilities. Fourth, battery storage systems can be located in places with advantage interconnection and permitting profiles, avoiding the long queue for development facing many power producers. As the market seeks to rapidly meet growing demand for electricity, battery energy storage is one of the few options to provide firm dispatchable power at large scale over the next few years. Finally, we believe that battery storage rapid response time and ability to adapt to the power grid topology makes it the ideal technology to support grid stability as higher electricity demand adds more pressure on electric grids, both in the U.S. and globally. In summary, we believe that battery storage technology remains the most optimal choice to meet the increasing demand for electricity. Turning to Slide 8. Our backlog remains robust at approximately $4.9 billion as of quarter end, including more than $1.9 billion that is scheduled for delivery this fiscal year. While U.S. and international order intake was lower this quarter, primarily due to tariff uncertainty. Our pipeline continues to expand now exceeding $22 billion as of quarter end, with roughly half from markets outside the U.S. We believe this international diversification provides resilience and positions us well for renewed growth as global market dynamics stabilize. Now I would like to discuss how Fluence intends to create value for stakeholders, through its innovative Smartstack technology and domestic content strategy. Turning to Slide 9. As we discussed on our last call, we have recently launched a breakthrough technology called Smartstack. I am pleased to report that we have received positive feedback from our customers, who appreciate the features offered by the state-of-the-art technology. In fact, we have already signed our first contract for Smartstack. We believe Smartstack offers a significant value for our customers, including: first, world-class safety. Smartstack distributes batteries into four distinct units, called parts. Each of these parts is designed to prevent fire propagation between parts, which is intended to reduce thermal runaway risk. Second, Smartstack design facilitates the integration of various battery capacity offerings and form factors, enabling a more adaptable supply chain strategy. Third, Smartstack is one of the densest products on the market, enabling lower total cost of energy, which should result in higher customer returns. And fourth, Smartstack offers a more modern and flexible products. By separating the batteries from other equipment, Smartstack is designed to allow for faster service, better inventory management, higher availability and more efficient augmentation. In summary, Smartstack is expected to be priced much lower than our previous Gridstack Pro product, not only because of decline in equipment prices, but because of a more efficient product design. This product is designed to deliver efficient and cost-effective solutions to our customers, while at the same time is expected to help us earn our targeted returns. Turning to Slide 10. Our domestic content strategy, which we began to implement over two years ago, offers a flexible approach to meet the domestic content requirements under the IRA. This strategy benefits our customers through tariff and IRA incentive, including the 45x manufacturing credit and the 10% domestic content bonus. We are confident that future policy updates will continue to support local manufacturing. Our discussions with regulators indicate a consensus for continued incentive for local manufacturing, which has created thousands of jobs to date. Our domestic content strategy is resilient to multiple scenarios, involving different tariff outcomes and levels of policy support for domestic production. As an example, at the current tariff levels, our domestic content strategy of blending U.S. cells with imported cells is approximately 10% cheaper than a strategy of using all imported cells from China, even without considering the IRA domestic content bonus. Regarding our progress, all six partner facilities in our U.S. supply chain strategy are now producing or preparing to launch production in the current fiscal quarter, which allows us to offer up to 100% non-Chinese U.S. products. Our Utah module manufacturing site has received its first shipment of U.S. manufactured batteries from ASC. Now with Line 1 of the Tennessee facility fully operational, we are working with ASC to bring the second battery production line into operations, which is currently expected to occur next calendar year. With our U.S. cell manufacturing facility in operations, we are able to offer our customers, through our domestic content product, a range of domestically produced batteries, modules and closures, communication systems and inverters. These options are intended to enable our customers to achieve the domestic content bonus while mitigating the impacts of supply stocks are tariff. By establishing the capability for up to 100% U.S.-made content, we can also maximize the overall domestic content volume offering in the U.S. Once ASC's second line is in production, we anticipate being able to serve 12 gigawatt hours of annual domestic content volume in the U.S. assuming that U.S. sales represent 50% of those using products. We remain very optimistic about our U.S. domestic content offering, and believe it will provide superior value to our customers in the medium and long term. With that, I'll turn the call over to Ahmed for the financial review.