ProLogium 輝能科技 @ProLogium

Impressive performance data demonstrates what solid-state batteries can achieve. But the real industry breakthrough is bringing that performance to mass production and into real-world applications. Recently, independent technology commentator Ben Alexxander, who closely follows the EV, battery, and energy transition industries, took an in-depth look at ProLogium’s latest Gen 3.5 developments, highlighting them as one of the battery industry developments worth watching this year. The video highlights a key difference between ProLogium and many solid-state battery technologies that remain at the laboratory development stage. The focus is no longer simply on the performance of a single laboratory cell, but on how to manufacture large-format cells on an actual mass-production line and continue advancing toward commercialization. According to TÜV third-party testing, Gen 3.5 achieves an energy density of 381 Wh/kg, while demonstrating fast-charging capability from 5% to 80% in approximately 8.5 minutes. But more important than any single performance figure is the industrial experience accumulated behind those numbers. From early consumer electronics products to advanced applications with higher demands for performance, reliability, and system integration, including OEM vehicles, marine vessels, engineering vehicles, and robotics, ProLogium has served more than 40 customers and shipped more than 2.4 million lithium ceramic battery cells since commercialization. Developing a high-performing cell can demonstrate technological capability. Being able to manufacture it consistently, continuously iterate, integrate it into products, and deliver it to the market is what begins to demonstrate the technology’s true potential for industrialization. This is also an important observation raised by Ben Alexxander in the video: for ProLogium, the next-stage challenge is gradually shifting from “Can it be done?” to “How can we scale further, complete more OEM integrations, and bring the technology into products that consumers can actually use?” From our established mass-production foundation in Taiwan to the next stage of global-scale manufacturing and market expansion, we are taking the technology, manufacturing capabilities, and customer validation accumulated over the years and bringing them step by step to a larger industrial scale, while continuing to deepen collaboration with customers and industry partners around the world. Insights and questions from independent industry observers also continue to remind us that what truly matters is not only proving that the technology can work, but making it manufacturable, adoptable, and usable in the real world. 🎥 Watch the full video by Ben Alexxander: youtube.com/watch?v=sJLtcG… ​ #ProLogium #Gen35 #SolidStateBattery #BatteryManufacturing #BatteryTechnology #EnergyTransition

🏗️ Preparations for ProLogium’s gigafactory in Dunkirk are getting underway. As the project progresses, design activities are advancing across several workstreams, while initial preparations are also beginning on site. The consortium leading the design activities is also working on site access preparation and fencing, laying the groundwork for the next phases of the project. These first steps are laying the groundwork for ProLogium’s future gigafactory and its ambition to establish a European battery manufacturing ecosystem. A big thank you to our partners Sogea Caroni, Exyte, Lucas & Gaillard Architectes, Ardelec Energie and ENEDIS for their continued work on site. #ProLogium #Dunkirk #Technology #Innovation

For nearly a decade, ProLogium and Mercedes-Benz have worked together to advance the future of electric mobility. ​ Today, our relationship enters a new phase: Mercedes-Benz and ProLogium have signed a joint testing agreement that provides Mercedes-Benz with priority access to ProLogium’s latest Gen4 superfluidized inorganic next-generation lithium ceramic battery cells. ​ Through this agreement, Mercedes-Benz will assess how our Gen4 superfluidized inorganic next-generation lithium ceramic battery cells platform can advance the electric revolution in automotive environments by uniting major advantages like intrinsic safety, high performance, high energy density, scalable manufacturing, and competitive costs structure. ​ This next phase will enable extensive electrical, thermal and safety testing of our next-generation technology, turning our shared technical ambitions into real-world innovations by moving next-generation batteries closer to the road. ​ From joint development to the next stage of testing, this partnership continues to turn shared ambition into measurable progress. Learn more about the next phase of our work together: prologium.com/?p=44362 ​ #ProLogium #Mercedes-Benz #Partnership

A smaller, lighter battery that can store more energy can change more than driving range, it can change the way products themselves are designed. TopSpeed recently discussed the application potential of ProLogium’s Gen 3.5 high-energy-density technology from the perspective of electric motorcycles. This is an important perspective that is often overlooked. For applications such as electric motorcycles, robots, unmanned vehicles, and aviation, where weight and space are highly constrained, a battery’s value should not be measured simply by how far it can go. More importantly, it is about how higher energy density can translate into greater design freedom while maintaining a high level of safety. When the same space can store more energy, or the same amount of energy can be delivered in a smaller, lighter battery, engineering teams gain greater design freedom, enabling more flexible space allocation, better weight distribution, and new product architectures that may have previously been constrained by battery size and weight. This is how ProLogium views high energy density, not simply as a pursuit of higher numbers, but as a way to translate energy performance into new possibilities for product and system design, built on a foundation of safety. As ProLogium continues to advance the mass production and delivery of next-generation batteries, our goal is not simply to improve battery specifications, but to help make the battery less of a constraint on product design and expand the boundaries of what can be electrified. 🔗 Read the full TopSpeed article: topspeed.com/prologium-soli… ​ #ProLogium #SolidStateBattery #BatteryTechnology #ElectricMotorcycle #AdvancedMobility #Electrification

2012 → 2026｜From Technology Showcase to Industrialization: ProLogium and Japanese Partners Building the Next Generation of Batteries Together ProLogium Founder and CEO Vincent Yang was recently invited to the opening ribbon-cutting ceremony of Smart Energy Week – BATTERY JAPAN 2026, joining leading representatives from Japan's government, energy sector, and industry, including the Energy Efficiency and Renewable Energy Department of the Agency for Natural Resources and Energy; the New Energy and Industrial Technology Development Organization (NEDO); TEPCO Power Grid, Inc.; and Honda R&D, to officially open the show. As the only overseas battery manufacturer among the ribbon-cutting guests, we see this as more than a major industry event. It reflects our continued commitment to deepening exchange and collaboration with Japan's energy, manufacturing, and electrification ecosystem. Japan has long been a pivotal market for battery technology, the energy industry, and advanced manufacturing, and a key partner in ProLogium's long-term efforts. Returning to Japan this time, we felt even more strongly that the energy industry is entering a new phase. As renewable energy continues to expand and AI and data centers drive new electricity demand, batteries and energy storage are no longer just enablers of electrification. They are becoming an essential part of energy security, grid resilience, and next-generation energy infrastructure. This aligns closely with the direction ProLogium has long pursued, from R&D, mass production, and GWh-scale manufacturing validation in Taiwan to the progress of our Dunkirk Gigafactory in France, we continue to move next-generation battery technology from validation to large-scale manufacturing, and to extend it into a wider range of mobility and energy applications. Our thanks to Smart Energy Week / BATTERY JAPAN for the invitation, and to our Japanese industry partners for years of continued exchange and collaboration with ProLogium. We look forward to building the next chapter of battery innovation — together. #ProLogium #BatteryJapan #SmartEnergyWeek #SolidStateBattery #EnergyStorage #NextGenerationBattery

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Deepening Our Strategic Partnership | Kyushu Electric Power Makes a Strategic Investment in ProLogium ​ ProLogium is pleased to announce that Kyushu Electric Power will further strengthen our strategic relationship through a strategic investment. Our long-standing collaboration in energy, next-generation batteries, and related industries is now expanding from industrial cooperation to strategic participation at the capital level. Built on years of collaboration and mutual trust, this deeper partnership reflects Kyushu Electric Power’s confidence in the development of next-generation batteries and the long-term potential of our collaboration. ​ We have been working together over the years to exchange knowledge and explore opportunities in next-generation battery technologies, energy and industrial applications, and commercialization. Together, we are also exploring the establishment of next-generation battery module manufacturing capabilities in Japan, with the goal of enabling battery modules for engineering vehicles and other electrification applications operating in demanding environments where safety, durability, and performance are critical. ​ Japan has a highly integrated ecosystem spanning energy, automotive, materials, and advanced manufacturing, making it an important market in ProLogium’s global commercialization strategy. By combining Taiwan’s technological innovation capabilities with Japan’s manufacturing expertise, ecosystem, and market resources, we look forward to further expanding the depth and breadth of our collaboration with Kyushu Electric Power and jointly exploring commercialization opportunities for next-generation batteries across a broader range of energy and industrial applications. ​ This is more than an investment, it represents a further deepening of our long-term strategic partnership and establishes a stronger foundation for ProLogium’s expansion into Japan’s energy and industrial ecosystem. 📩 Read the full press release: prologium.com/kyushu-electri… #ProLogium #KyushuElectricPower #BatterTechnology

⚡The road to Paris starts now. This October, ProLogium is heading to the Mondial de l’Auto – Paris 2026, bringing the latest milestones from our journey towards the next generation of electric mobility. At our booth, discover how we are pushing battery technology forward with: 🔋 Gen4 technology: unveiling the latest technical advancements and deeper insights into our Gen4 battery platform, building on its initial technology debut and revealing how it is designed to advance next-generation EV performance ♻️ Battery recycling: discover how our battery design supports more efficient material recovery and a more circular battery lifecycle 🏭 Mass production experience: built on our track record in bringing next-generation batteries from innovation to production 🇫🇷 Dunkirk gigafactory: the latest progress on our European manufacturing project 🤝 Strategic partnerships: accelerating the adoption of next-generation battery technology across the automotive industry From technology to manufacturing and partnerships, the future of next-generation batteries is taking shape. Come and meet us in Paris to discuss! 📍 Paris Expo Porte de Versailles - Hall 7.1, Stand C30 📆 October 13–18, 2026 (Press Day - October 12) #ProLogium #ParisMotorShow #MondialAuto #Technology

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🔋 ProLogium Earns Further International Validation as Gen 3.5 All-Solid-State Battery Receives TÜV and UL Verification ​ ProLogium is pleased to announce that our latest Gen 3.5 Lithium Ceramic Battery is now in mass production at our Giga-level facility in Taiwan. According to third-party testing by TÜV, large-format cells achieve a gravimetric energy density of 381 Wh/kg and a volumetric energy density of 903 Wh/L. In addition, based on the testing methodology of China’s latest national standard, GB/T 43568-2026, third-party testing by UL Solutions confirms that the battery can be classified as an all-solid-state battery under the standard. ​ Gen 3.5 is built on ProLogium’s Logithium cell architecture, which we have been developing since 2012. As an early leader in the mass production of all-solid-state batteries, ProLogium has continuously advanced our technology and manufacturing capabilities, from commercial production in 2013 and the adoption of roll-to-roll processing in 2017, to the establishment of a Giga-level industrial platform in 2024. Over more than a decade of evolution, we have accumulated shipments of more than 2.4 million cells. This manufacturing capability continues to be validated by the market: ​ ⭐ IATF 16949 automotive quality management system certification achieved in 2022 for our operating production line ⭐ More than 2.4 million cells shipped cumulatively ⭐ More than 175 repeat orders from a single automotive customer ⭐ Expansion into new application markets, including unmanned systems ​ ProLogium’s manufacturing platform is designed to evolve with advancements in battery materials without requiring a complete rebuild. We expect that only about 10% of our existing Giga-level production line and related equipment will require modification to manufacture the Gen 4 Superfluidized All Inorganic Electrolyte system. This will enable the integration of the Active Safety Mechanism (ASM), enhanced low-temperature performance and cost potential, and expansion into large-scale applications including AI data centers, electric vehicles, aerospace, and maritime. ​ From mass production of high-energy-density all-solid-state batteries to the next-generation Gen 4 battery platform, ProLogium continues to transform years of accumulated technological, manufacturing, and market experience into the foundation for global scale-up in the next phase. ​ 📩 Read the full press release: prologium.com/prologium-begi… ​ #ProLogium #AllSolidStateBattery #EnergyDensity

We are pleased to welcome Antony Sheriff to the Board of Directors of ProLogium. His appointment will become effective upon the closing of the business combination transaction between ProLogium and TDAC. With nearly four decades of experience across the global automotive and advanced manufacturing industries, Antony has played a key role in building McLaren Automotive’s road-car business and has brought extensive leadership experience from Rimac Group. Throughout his career, he has focused on turning breakthrough technologies into real products, scaling advanced manufacturing, and bringing innovation successfully to global markets. This is precisely ProLogium’s core mission at this stage. We have moved from technological breakthroughs and manufacturing validation to commercialization. We are now focused on further expanding customer partnerships and order volumes, advancing manufacturing at scale, and turning the technological and manufacturing foundation we have built over the years into long-term commercial value. Antony’s hands-on experience in product commercialization, scaling manufacturing, and bringing products to global markets will bring significant value to ProLogium’s next stage of development. We look forward to working with him to bring next-generation batteries to an even broader global market. Welcome to ProLogium, Antony. Click the link to read the full press release: prologiumtech.pse.is/9k7jse #ProLogium #AntonySheriff #RimacGroup #AdvancedManufacturing #NextGenerationBattery

🔔 Major Milestone | ProLogium and TDAC Announced US$50 Million Committed Primary Capital Investment ​ Yesterday, ProLogium and TDAC jointly announced a US$50 million primary capital investment commitment from a consortium of existing shareholders in support of the parties' announced business combination. ​ This commitment represents more than financial backing. It reflects the continued confidence of long-term shareholders who have supported ProLogium's journey, recognizing our technological leadership, execution capabilities, and long-term vision. It also underscores strong market confidence in our strategy to commercialize next-generation lithium ceramic battery and expand our global footprint. ​ We sincerely thank our existing shareholders for their continued trust and support as we enter this important new chapter. ​ Key highlights: ✅ Strengthened market confidence: Continued investment from existing shareholders reinforces confidence in ProLogium's technology, commercialization capabilities, and long-term growth strategy. ​ ✅ Accelerating commercialization: The investment is expected to support the expansion of next-generation lithium ceramic battery mass production, advance construction of ProLogium's Dunkirk Gigafactory in France, and accelerate growth across emerging applications, including data centers, aerospace, and robotics. ​ Every act of support is a vital force driving innovation forward; every new partner who joins makes the path from technological breakthrough to large-scale application of next-generation lithium ceramic batteries all the more solid. This is a milestone achievement worth sharing together, and also the beginning of another journey. ProLogium will continue to engage and collaborate, with a pragmatic and prudent approach, with more investors, industry partners, and global collaborators who share our long-term vision. ​ Looking ahead, ProLogium will continue to engage with investors, industry partners, and collaborators around the world who share our long-term vision, working together to deliver safer, higher-performance, and scalable energy solutions that accelerate the global adoption of next-generation lithium ceramic batteries. ​ 📩 Read the full press release here: prologiumtech.pse.is/9ey2bh #ProLogium #TDAC #NextGenerationLithiumCeramicBattery #Commercialization #NasdaqDeSPAC #Nasdaq

Participating in National Solid-State Battery Strategy Discussions: Providing an Industry Perspective on the Path to Commercialization ​ In late July, ProLogium CEO Vincent Yang was invited to participate in the STEER Solid-State Battery Seminar held at Stanford University. ​ The workshop was jointly organized by Stanford University's Precourt Institute for Energy and SLAC National Accelerator Laboratory. At the direction of the U.S. Congress, the U.S. DOE's Office of Electricity commissioned STEER to conduct related analysis as a key reference for advancing a U.S. national strategy on solid-state batteries. ​ The workshop brought together industry technology leaders, top research institutions, and government representatives from the global solid-state battery field to review STEER's preliminary research findings, validate technical assessments and decision-support frameworks, and engage in in-depth discussions on the key barriers affecting the future development and large-scale commercialization of solid-state batteries — providing important industry and technical input for shaping a U.S. national solid-state battery strategy. ​ Discussions on the day covered market demand and technical assessment frameworks, performance advantages under real-world application conditions, manufacturing costs and scale-up, as well as solid-state batteries and related potentially disruptive technologies. These discussions also made clear that the next phase of the solid-state battery industry hinges not only on whether technological breakthroughs can be achieved, but also on whether a commercialization path can be established that is verifiable, manufacturable, scalable, and responsive to market demand. For further insights from the STEER workshop, please visit the website to read the full STEER Solid-State Battery Report: energy.stanford.edu #NextGenerationBatteries #DOE #Stanford #STEER #BatteryCommercialization a

The AI era is here and the next competition won't just be about computing power, but energy power ​ Following last month's VivaTech, global attention has once again turned toward the rapid evolution of AI applications. Increasingly, market conversations are shifting from what AI can do to what it actually takes to sustain AI performance. From large model training to real-time inference, the AI infrastructure of tomorrow demands not only more power, but more stable, safer, and more efficient energy support. ​ A recent report by Data Center Magazine highlights how energy storage technologies are evolving from backup systems into essential infrastructure for AI data centers. As the AI era accelerates, batteries are emerging as a critical enabler of next-generation energy systems. ​ ProLogium's Gen4 Superfluidized All-Inorganic Lithium Ceramic Battery meets the energy demands of AI applications: ⚡ Delivers rapid, high-power output ⚡ High energy density maximizes space utilization efficiency ⚡ Superior safety ensures stable operation of critical facilities and intangible data assets ⚡ Long-term reliability reduces maintenance and operational costs ⚡ Supports grid resilience by balancing the intermittency of renewable energy supply ​ Through the all-inorganic material architecture, ProLogium's Gen4 battery platform delivers exceptional safety, high energy density, fast charging capability, and long-term stability. These next-generation batteries are designed not only for the electrified future, but also demonstrate strong potential to support the energy infrastructure of the AI era. ​ As the world focuses on how AI will transform our future, we believe an equally important question deserves attention: what energy technologies will enable this new era to grow sustainably, reliably, and at scale? ​ 📖 Further reading: datacentremagazine.com/news/next-gen-… ​ #AI #DataCenter #EnergyStorage

🔋 As global demand for electric vehicles continues to grow, innovation in battery technology remains a key driver of the energy transition. ​ In a recent Advancements segment that aired on Bloomberg Television, Vincent Yang, Founder & CEO of ProLogium, Catherine Sung, Head of Marketing Strategy, and Calvin Hsieh, Head of Manufacturing, discussed the company's vision for the future of energy storage and the role of next-generation batteries in supporting the evolution of electric mobility. ​ From technological innovation to industrial execution, the conversation showcases how ProLogium is accelerating the adoption of safer, higher-performance battery solutions. ​ 💡 ProLogium highlighted how our Gen4 Superfluidized All-Inorganic Lithium Ceramic Battery bridges the gap between breakthrough innovation and industrial-scale deployment. 💡 By delivering a balanced combination of safety, energy density, fast charging, low-temperature performance, and long-term reliability, our platform is designed to meet the real-world demands of electrification across applications. 💡 From the commercialization of our next-generation battery technology in 2013 to achieving the development of advanced Giga-scale manufacturing platforms by 2024, we have continuously evolved our production capabilities– transforming next-generation battery innovation into a scalable and commercially viable reality. ​ 🎥 Watch the full Tech-Driven World segment here: prologiumtech.pse.is/99kys3 ​ #BatteryTechnology #Innovation #CleanTech #EnergyTransition

🔋 From Technology Breakthroughs to Industrial-Scale Deployment: ProLogium at Battery Show Europe 2026 ​ This month, ProLogium Founder and CEO Vincent Yang participated in Battery Show Europe 2026, joining industry leaders in a panel discussion on the key challenges facing next-generation battery technologies as they move toward commercialization and large-scale adoption. One of the central themes of the discussion was clear: as battery technologies continue to mature, the industry’s focus is shifting beyond technical feasibility toward the ability to establish scalable, sustainable, and commercially viable business models. As a pioneer in bringing next-generation batteries from innovation to production, ProLogium made a strategic decision early on to invest in developing our own manufacturing capabilities. We believe that true commercialization requires more than technological innovation alone. It requires the integration of product development, manufacturing engineering, and production know-how to successfully bridge the gap between laboratory breakthroughs and market adoption. Today, ProLogium has accumulated more than a decade of mass-production experience and delivered over 2.4 million battery cells worldwide. While advancing the construction of our gigafactory in Dunkirk, France, we continue to build upon the operational experience gained from our Giga-scale demonstration manufacturing facility in Taiwan, strengthening capabilities across materials development, cell design, process engineering, equipment integration, and yield management. Unlike conventional lithium-ion batteries that rely on liquid electrolytes and separator systems, ProLogium’s next-generation battery platform adopts a fundamentally different approach spanning materials, cell architecture, and manufacturing processes. It represents not simply an incremental improvement, but a comprehensive battery platform designed to achieve higher safety, higher energy density, and scalable manufacturability. ​ These achievements are the result of years of continuous investment in materials science, cell engineering, process development, equipment integration, and production validation. Looking ahead, we will continue to share ProLogium's differentiated progress in next-generation battery technology roadmaps, product advantages, and mass production capabilities through more comprehensive technology forums, featured presentations, and industry exchanges, working together with global partners to advance next-generation battery technology toward large-scale applications. ​ From Taiwan to Europe and across global markets, ProLogium believes that manufacturing capability is not only the foundation of commercialization, but also the key to scaling the future of electrification. We look forward to partnering with more collaborators to build a next-generation battery ecosystem together and accelerate the realization of an electrified future. ​ We thank everyone who joined the discussion at Battery Show Europe. Going forward, ProLogium will continue transforming innovative technology into scalable, deployable industry capabilities, advancing technology that truly reaches the market. ​ #ProLogium #BatteryShowEurope

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✈️ ProLogium's Next-Generation Batteries Expand into Aerospace Applications, Partnering with Elysian to Advance a Zero-Emission Aviation Future ​ ProLogium has officially signed a Memorandum of Understanding (MoU) with Elysian Aircraft, a Dutch aerospace company, to explore the potential application of next-generation batteries in all-electric aircraft. The collaboration aims to leverage battery pack-level energy densities of 320–420 Wh/kg to support large electric aircraft with ranges of 750–1,000 km, opening new possibilities for the aviation industry's transition toward zero-emission and sustainable transportation. ​ Aviation is widely regarded as one of the most challenging sectors to electrify. Beyond meeting long-range flight requirements, battery systems must simultaneously deliver the highest standards of safety, reliability, weight management, and energy efficiency. Technologies capable of entering the aviation market require not only outstanding performance, but also long-term development, validation, and certification. ​ 🔋 ProLogium’s Gen4 Superfluidized All-Inorganic Next-Generation Battery is designed around the principle of “Comprehensive Safety × Comprehensive Performance,” achieving a critical balance between safety, energy density, and long-term reliability. This technology platform offers a new pathway for the future development of electric aviation. ​ 💡 The collaboration will focus on two key validation areas: ​ 1️⃣ ​ Aviation Compatibility Validation Evaluating the suitability of ProLogium’s existing next-generation battery platform for aircraft battery system applications. ​ 2️⃣ ​ Customized Aviation Battery Validation Jointly exploring battery designs with specifications and performance targets tailored to the unique requirements of electric aviation. ​ From ground transportation, construction machinery, and energy storage systems to aviation applications, ProLogium continues to expand the boundaries of next-generation battery deployment. Through this collaboration, we look forward to accelerating the technical validation and industrialization of next-generation batteries in the aviation sector, building a safer, more efficient, and sustainable zero-emission mobility future for the world. 🔗Read the full press release here: prologiumtech.pse.is/98asdl ​ #ProLogium #ElysianAircraft #ElectricAviation

💡 We’re pleased to announce the signing of a Memorandum of Understanding (MOU) with OPmobility, a world leader in sustainable mobility and a technology partner to mobility players worldwide. Together, we will accelerate the commercialization of next-generation solid-state batteries for electric vehicles by combining ProLogium’s expertise in battery technology with OPmobility’s capabilities in battery modules and battery pack systems. This will therefore provide high-performance, high-safety, and mass-production-ready battery solutions for the electric vehicle market. ​ ✨ As global electrification continues to accelerate, market expectations for batteries have evolved beyond driving range alone. Charging efficiency, durability, safety, and reliable performance across diverse climate conditions have become equally important. Our Gen4 Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery delivers in every one of these categories. ​ • Comprehensive Safety: Intrinsic safety & Active Safety Mechanism • High Energy Density: 900 Wh/L and 380 Wh/kg • Ultra-Fast Charging: 5–80% charge in just 6.4 minutes • Durability & Reliability: More than 1,200 fast-charging cycles • Low-Temperature Performance: Maintains over 95% discharge efficiency at -20°C ​ Through this collaboration, we will further translate our cell-level advantages into automotive module and battery pack engineering, validation, and integration. Our objective is to help OEMs accelerate evaluation and adoption while providing an integrated solution that balances performance, safety, and productization readiness. ​ 🌍 Our partnership with OPmobility represents an important step in further strengthening Europe’s next-generation battery ecosystem. We aim to accelerate the commercialization of solid-state battery technology and deliver safer, more efficient, and more sustainable energy solutions that support the global transition toward electrification. ​ ✉️ Read the full press release here: prologiumtech.pse.is/96ta5l ​ #ProLogium #OPmobility #SolidStateBattery

🔋 Battery Show Europe 2026 | As Solid-State Batteries Enter the Era of Scale-Up Competition, ProLogium Invited to Share Mass Production Experience The solid-state battery industry is entering a new phase of competition. The question is no longer whether solid-state batteries can be developed, it is who can successfully scale production, deliver at volume, and create long-term commercial value. ​ On June 10, ProLogium Founder and CEO Vincent Yang will take the stage at Battery Show Europe to join global industry leaders in discussing the critical pathways toward large-scale commercialization of solid-state battery technology. ​ 💡 Panel Discussion | 09:30–10:30 Solid-State Batteries Beyond the Hype: Readiness, Reality and Europe’s Path to Scale ​ As Europe accelerates the development of a localized battery supply chain, solid-state batteries are entering a new stage where manufacturing capability and industrial readiness matter more than ever. ​ Drawing on ProLogium’s extensive experience in battery manufacturing and global expansion, Vincent will share key insights into the challenges of transforming solid-state battery innovation into commercial reality, as well as the core capabilities required to achieve large-scale deployment. ​ 💡 Speech | 15:30–16:00 Engineering Viable Solid-State Batteries: Pathways to Safer, Higher-Density and Scalable Cell Designs ​ High performance alone is not enough. The real challenge lies in balancing safety, energy density, cost competitiveness, and manufacturability within a single battery platform. ​ In this session, ProLogium will demonstrate how advancements in materials innovation, cell architecture, and manufacturing integration are enabling Next-Generation Battery 2.0 solutions to move beyond laboratory validation and into large-scale real-world applications. ​ When the industry begins talking about scale, it signals that the technology is ready to change the world. ​ We welcome you to connect with us at Battery Show Europe and explore the future of next-generation energy technology together. ​ 📍 Messe Stuttgart, Germany ​ #ProLogium #BatteryShowEurope #SolidStateBattery

🌍 On this World Environment Day, we are reminded that the future of mobility and energy cannot be separated from the future of our planet. ​ At ProLogium, sustainability is not an afterthought. It’s embedded in the way we innovate, manufacture and scale next-generation battery technologies. From advancing safer and more efficient energy solutions to supporting the transition toward lower-carbon mobility, we believe technology must progress responsibly. Beyond mobility, ProLogium has extended our applications to construction equipment, AI robots, aerospace, and defense sectors, further accelerating the transition toward electrification. ​ As the global energy transition accelerates, collaboration across industries, governments and communities will remain essential to building a more sustainable future. ​ 🔋 This World Environment Day, we reaffirm our commitment to driving innovation that contributes to a cleaner, more resilient tomorrow. ​ #WorldEnvironmentDay #Sustainability #Innovation #ProLogium

@ProLogium and Nakayama Iron Works showcased the NE100MG electric self-propelled soil improvement machine at N-EXPO, powered by ProLogium’s next-generation solid-state battery platform. As heavy industry accelerates toward decarbonization, solid-state batteries are expanding beyond EVs into demanding industrial applications requiring high safety, low-temperature stability, and long-duration operation. Read the full article here: prologium.com/prologiums-nex…