Hello, everyone. Thank you for joining us today. To those of you who have been with us for years, and for those who are new to our story, I want to start by reminding you of our core mission. Founded in Texas in 2006, Microvast has grown into a global leader in advanced battery technology, with over 810 patents granted or pending and our electrified solutions successfully deployed worldwide. We are proud to be a driving force in the global energy transition, building a more sustainable future, one battery at a time. Over the past year, our commitment to innovation has delivered some major milestones. We launched the ME6, our pioneering overhaulable LFP-based energy storage system. We have also made great strides in our silicon-based cell technologies and are making significant progress in our development of all-solid-state batteries. These innovations are the engine of our growth, and we are excited to share some updates in the future. Please turn to Slide 4, and I will cover some key results. We posted a record second quarter revenue of $91.3 million, which is a solid 9.2% growth year-over-year. What makes this continued growth remarkable is that we attained it while improving our gross margin to 34.7%, a 2.2 percentage point improvement from the same period last year. This demonstrates not only our ability to grow, but also to achieve this growth efficiently. We continue to focus on improving both efficiency and profitability, and I am happy to say that we achieved operating profit in the second quarter of $16.2 million, with an adjusted net profit of $16.3 million and an adjusted EBITDA of $25.9 million. This isn't just a milestone for Microvast, it's a testament for both the long-term commitment required in the industry and the strength of our business model. This strength is also shown by looking back over the last several years, where our Q2 revenue has continuously grown. This growth illustrates the increasing market demand for our high-performance product, our gross profit has also seen continuous improvement, which shows that we can commercialize our advanced technologies and operate at scale. Our rapid growth has given us invaluable experience, allowing us to successfully commercialize products across our diverse portfolio and refine our manufacturing processes. Moving forward, our focus remains on 3 things: continuous innovation, the execution of our strategic growth objectives, and expanding our capacity to meet the growing demand from our customers. We are well positioned for the future. Let's move to Slide 5, where I will highlight our consistent focus. At its core, Microvast is a vertical integrated battery technology innovator. Our primary engine for growth is a relentless commitment to technology and product development, fueling a promising pipeline of advanced solutions. We are actively expanding our revenue streams with a diverse portfolio of products and services, all designed to accelerate the global energy transformation. A key element of our strategy is our aggressive push to capture greater market share. We are making significant investments to commercialize both our current available and our highly anticipated future advanced products. We are staying disciplined with a dual focus on pioneering product innovation and expanding our market presence. This is how we intend to achieve significant sustainable growth and optimize our operations with the ultimate goal of attaining sustained profitability. Turning to Slide 6. I am pleased to give you an update on our Huzhou Phase 3.2 expansion. The clean rooms are completed and the utility equipment installation is finished. We are now in the stage of installing and commissioning the production equipment. Our Phase 3.2 expansion is still anticipated to add about 2 gigawatt-hour of annual production capacity, which is strategically timed to meet the strong market demand for our solutions, both current and upcoming. This expansion leverages our existing infrastructure and deep industry expertise, and we anticipate the first qualified production from this new line to commence in the fourth quarter of 2025. This is an exciting step forward in our growth story into 2026 and beyond. Moving to Slide 7. I'd like to give an update on our all-solid-state battery milestones. Building on our update in Q1, our proprietary 5- layer cell has stable cycling with a continued high Coulombic efficiency. It has achieved over 304 charge/discharge cycles at 1C, with steady capacity retention across the cycling window shown in figure 1. This indicates robust interfacial integrity with minimal losses during charge transfer, which is critical for battery longevity and performance. This result affirms our engineering approach and the structure stability of our all-solid-state architecture under long-term stress conditions. Additionally, our 12-layer functional prototype achieved 48-volt from a single integrated stack. With the voltage capacity profile is seen in figure 2 and validates its performance. Figure 3 shows a cross-sectional image that confirms the uniformity and the series connected architecture. This validates the feasibility of high-voltage solid-state cells with a minimal packaging complexity. On Slide 8, we will continue the discussion of our all-solid-state battery achievements with a focus on advantages versus traditional battery and anticipated avenues for commercialization. The first key advantages is simplified system design, whereas traditional battery cells are constrained by liquid electrolyte decomposition at voltage between 4 to 5 volts. Our technology allow us to output tens to hundreds of volts. Additionally, the removal of liquid electrolytes present in traditional batteries also eliminates the need for complex and costly voltage conversion. This simplified architecture opens the door for new applications and end users. Our all-solid-state battery design also for treats inherent fault tolerance. Unlike conventional cells, our multilayered design localizes any potential defect and prevents single point of failure situation. This resiliency is crucial for mission-critical applications with high-voltage output capability and a simplified architecture fewer required connections and lower manufacturing costs, our design accelerates a path to potential commercial-scale production. And with the combination of all-solid-state safety, compact form factor and a flexible voltage, this technology is ideally suited for emerging sector like robotics, AI and aerospace applications. Now I will turn the call over to Rodney to discuss our financials for the second quarter and year-to-date.