ProLogium Technology 輝能科技

🔋 ProLogium Will Once Again Take the Stage at the World's Longest-Running Annual Battery Industry Conference This year, ProLogium is honored to once again attend one of the most prestigious battery industry forums, the International Battery Seminar. Our Founder and CEO, Vincent Yang, will deliver a keynote titled: “Redefining Next Generation Battery V2.0 - From Industrial Myth and Tech Paradox to a Producible High-Safety, High-Energy Lithium Battery Platform.” ​ Solid-state batteries still face a number of myths and engineering challenges that make large-scale manufacturing difficult to achieve. In this session, Vincent will share how ProLogium is breaking through these barriers through materials innovation and system architecture design, establishing a new solid-state Battery 2.0 technology pathway that enables a single cell to achieve true balance across safety, performance, reliability, cost structure, and scalable manufacturing, delivering a comprehensive energy solution for electrification and intelligent applications. ​ 💡 At the event, we will take a deep dive into key questions that the battery industry has long been focused on: ❓ Do solid-state batteries truly offer higher safety standards? ❓ Where do the real risks lie within battery system architecture? ❓ Do solid-state electrolytes outperform liquid electrolytes in energy density? ❓ Can batteries simultaneously achieve safety, range, fast charging, durability, and cost efficiency? ​ We warmly invite you to join this insightful session to challenge industry myths and rethink the future of batteries. ProLogium’s Solid-State Battery 2.0 solution is built on a foundation of “All-Round Safety × All-Round Performance,” driving the next phase of electrification across industries. ​ 📍 March 25, 14:55-15:25 ｜Rosen Shingle Creek, Orlando, FL (Online speech) ​ #ProLogium #InternationalBatterySeminar #SolidStateBattery

Following the groundbreaking ceremony held on 10 February, we’re pleased to confirm the selection of the consortium formed by Sogea Caroni, Exyte and Lucas & Gaillard Architectes to build our Dunkirk gigafactory. ​ 🤝This project is more than an industrial milestone. It is a collective effort rooted in the region — bringing together strong local expertise, trusted construction partners, and the support of regional authorities. ​ 🏗️ Construction of the first manufacturing plant will begin in 2026. Its first phase is expected to be completed in 2028, with the site reaching its full production capacity of 4GWh by 2030 and supporting the creation of around 350 local jobs. ​ Together, we are contributing to the growth of the Battery Valley ecosystem and strengthening Europe’s industrial future starting here in Dunkirk. ​ 🔋 This project marks a major step in scaling our next-generation solid-state lithium ceramic batteries in Europe, while reinforcing our long-term commitment to the Hauts-de-France region and France battery sovereignty. ​ 👉 Follow our journey as the Dunkirk gigafactory continues to take shape. ​ #ProLogium #Gigafactory #IndustrialEcosystem #France

Click the link: youtu.be/TlHjC40i09g

🙌 CES 2026 Concludes Successfully, ProLogium and Cross-Industry Partners Showcase the Future of Electrification ​ At CES 2026, ProLogium unveiled our latest breakthrough, Next-Generation Battery 2.0: the Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery, alongside partners from diverse industries. Together, we demonstrated how next-generation battery technology is moving beyond concept and into real-world deployment, spanning six key application sectors: automotive, AI robotics, construction machinery, energy storage systems, e-bikes, and explosion-proof applications. We collectively wrote a new chapter in electrification empowerment at CES! ​ Through a comprehensive end-to-end showcase, from materials innovation and cell architecture to module and battery pack design, and ultimately to integrated end-product applications, we presented tangible results to the global market. Exhibits included electric construction vehicles, home energy storage walls, and e-bikes, attracting strong interest from visitors exploring the adoption of high-safety battery systems for homes, hospitals, and schools. Television SNG broadcasting teams also showed significant interest in Kyushu Electric Power’s Mobile Charger concept powered by our batteries, recognizing this potential as a mobile power solution. ​ This milestone not only marks an important chapter in ProLogium’s 20-year journey advancing next-generation battery technology, but also demonstrates that we have moved beyond technical maturity into market deployment and supply chain integration, building real industrial alliances and enabling commercialization across multiple sectors. ​ Safety has always been the cornerstone of all our technological advancements. Building on this foundation, we continue to advance fast charging, range, durability, wide-temperature performance, and repairability and recyclability, addressing the market's most pressing pain points and realizing a sustainable future for electrification. ​ Thank you to all the attendees, customers, and partners who joined us at our booth for in-depth discussions. At this meaningful moment in ProLogium’s 20-year journey, sharing this achievement with all of you gives us even greater momentum as we march toward our next milestone! #ProLogium #CES2026 #StrategicPartnership

Innovative Technology, Leading a New Era of Global Solid-State Battery Mass Production: Celebrating International Women's Day ​ At ProLogium, we don’t talk about “possibilities”, we talk about proven achievements. This International Women’s Day, we honor the women who stand alongside us, transforming next-generation technologies into commercial reality. ​ In the global race for solid-state batteries, only technologies that can be mass-produced will truly earn market trust and reshape the industry. From R&D breakthroughs to the launch of the world’s first giga-level production line, women across ProLogium have been driving progress at every critical milestone: ​ • Technical breakthroughs: Leveraging deep expertise in core materials and electrolyte systems to ensure battery cell meets the highest quality standards. • Manufacturing excellence: Demonstrating precision and execution in complex process optimization, turning research achievements into scalable production. • Global expansion: Advancing international partnerships and sustainable operations with insight and resilience, strengthening industry competitiveness. 🌷 Every milestone at ProLogium is built on deep mastery of technology and an unwavering commitment to delivering on our mass production promise. Thank you to every woman who continues to break new ground in her field and co-creates history with ProLogium. Because of you, ProLogium moves forward as a leader, steadily advancing the next generation of energy transition. #ProLogium #InternationalWomensDay #MassProduction #SolidStateBattery #EnergyTransition #Leadership #IWD2026

🔋 ProLogium's First International Battery Speech of 2026 Coming Soon! ​ On March 10, ProLogium will join long-term partner Schneider Electric at The Battery Show Asia to deliver two joint presentations. From next-generation battery manufacturing to real-world solid-state battery applications, the sessions will highlight the advantages of the smart factory and automated production processes, as well as how ProLogium’s superfluidized all-inorganic solid-state lithium ceramic battery is overcoming market barriers and expanding into diverse applications such as energy storage systems. ​ 💡 Session 1 | Beyond the Lab: Mass Production of Solid-State Batteries enabled by Next-Gen manufacturing platform and Digitalization 📍 14:05–14:35 ｜AsiaWorld-Expo, Conference Room A, Hall 3 🎤 Catherine Sung, Head of Global Strategy & France Operations, ProLogium 🎤 François Verkindt, Head of Battery Business, Schneider Electric ​ This session will explore how digital management systems and smart manufacturing platforms can enable stable, high-yield, and scalable next-generation battery production. From process optimization to quality control, the discussion will highlight how advanced manufacturing can significantly improve efficiency while supporting the transition to sustainable energy. ​ 💡 Session 2 | Advancing Solid-State Battery Technology in Stationary Applications 📍 16:55–17:25 ｜AsiaWorld-Expo, Conference Room B, Hall 6 🎤 Catherine Sung, Head of Global Strategy & France Operations, ProLogium 🎤 Fred Xia, BMS & Battery Pack Development Manager, Schneider Electric ​ This session will provide an in-depth look at ProLogium’s Gen4 “superfluidized all-inorganic solid-state lithium ceramic battery”, explaining how it overcomes the limitations of both traditional liquid and solid-state batteries. The technology achieves a balanced performance across safety, fast charging, stable range, and system integration, enabling broader adoption in critical applications such as energy storage systems. ​ We warmly invite you to join us on-site to exchange insights on industry trends, technological innovation, and the evolution of battery manufacturing. From materials breakthroughs and technology maturation to smart manufacturing and market deployment, ProLogium continues to drive the electrification industry forward with our Solid-State Battery 2.0 solutions. ​ #ProLogium #2026BatteryShowAsia #SchneiderElectric

🎉 ProLogium x Kyushu Electric Power x Nakayama Iron Works x Seiko Electric x Sojitz Kyushu join forces to pioneer a new milestone in heavy-duty electrification ​ If you weren’t able to join us at CES this year, this proprietary joint interview with our partners offers a concise look at how ProLogium is working with leading Japanese companies to bring solid-state batteries into real-world heavy-duty industrial applications. ​ For those who visited us on-site, we invite you to revisit this collaboration through the video and reflect on how we are collectively moving zero-emission construction machinery from concept to deployable solutions. ​ At CES 2026, ProLogium showcased our latest progress in heavy-duty electrification alongside four leading Japanese partners. Centered on ProLogium’s Gen4 Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery, the solution integrates Kyushu Electric Power’s high-efficiency 24V battery modules and is deployed in electric construction machinery and crushing equipment developed by Nakayama Iron Works. With mass-production module integration by Seiko Electric and global market introduction and sales support from Sojitz Kyushu, the five partners have jointly established a complete zero-emission construction machinery supply chain, from cells and modules to equipment and market deployment. ​ 🎥 Highlights from Proprietary On-Site Partner Interviews ​ During the interviews, all partners emphasized that the key to heavy-duty electrification lies in safety, energy efficiency, fast charging and discharging, vibration resistance, and mass production feasibility. Enabled by the intrinsic safety, fast-charging capability, and stable range performance of ProLogium’s next-generation solid-state batteries, electric construction machinery can now operate with zero emissions in indoor and high-load environments. Meanwhile, modular design and mature manufacturing processes lay a solid foundation for application testing, mass production, and global market expansion. ​ This vertically integrated collaboration is built on a shared focus on safety, stability, and energy efficiency. For ProLogium, this marks more than a technology showcase, it represents a critical milestone in setting new standards for the future of electric construction machinery. Together with our partners, we are accelerating the commercialization of electrified applications. More progress and real-world deployments are coming soon. youtu.be/T3LaEZ0ryA0 ​ #ProLogium #CES2026 #ZeroEmission #StrategicPartnership

🐎 Happy New Year of The Horse ✨ ​ As the Lunar New Year approaches, ProLogium extends our warmest wishes to our partners, friends, and everyone who has walked alongside us on this journey. May the Year of the Horse bring you steady progress, good fortune, and new opportunities ahead. ​ The horse symbolizes not only speed, but also endurance, stability, and the strength to keep moving forward. Much like ProLogium’s 20-year commitment to next-generation battery technology, we believe real progress is built through steady accumulation and meaningful breakthroughs, turning bold visions into energy solutions that can truly be realized. ​ Over the past year, with our Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery at the core, we have continued to push boundaries in safety, range, fast charging, low-temperature performance, durability, and recyclability. Together with global partners, we are bringing innovation out of the laboratory and into real-world applications, offering safer and more reliable energy choices for an electrified future. ​ As we step into the new year, ProLogium will continue to move forward with a solid technological foundation, scalable manufacturing capabilities, and an open, collaborative mindset, advancing a wider range of electrification applications and working with industry partners to go further together, building lasting momentum toward a net-zero future. ​ 🎊 Wishing you success, health, and prosperity in the Year of the Horse. Thank you for being part of our journey, let’s continue creating the future together. ​ #ProLogium #HappyLunarNewYear #YearOfTheHorse

International Innovation Award Recognizes ProLogium Again ProLogium’s Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery Named a Finalist for the 2026 Edison Awards This is not the first time ProLogium has stood on the stage of the Edison Awards, nor is it the result of a one-time technological breakthrough. Since winning Gold at the 2019 Edison Awards for our Logithium solid-state battery pack and Bronze in 2021 for our ASM (Active Safety Mechanism), we have continued advancing along the same materials-driven technology pathway, addressing the fundamental safety and structural challenges of lithium batteries. This year, with our Superfluidized All-Inorganic Solid-State Electrolyte at the core, integrated with the all ceramic separator and the silicon composite anode architecture, we have completed our Gen4 solid-state lithium ceramic battery platform, earning recognition once again as a finalist for the 2026 Edison Awards. This nomination is not validation of a single innovation point, it is recognition of a 20-year commitment to a systematic technology roadmap redefining next-generation battery standards. Why This Is a Truly Different Battery System This is not a compromise between liquid and solid-state batteries. It is a redefinition of their boundaries. We have created a new architecture that captures the strengths of both, without inheriting their risks: • Achieves ionic conductivity comparable to liquid electrolytes, with excellent interfacial contact with active materials, without requiring extreme external pressure for stable operation • Simultaneously featuring the high ion transfer rate from solid-state battery ceramic separators, high lithium-ion concentration, and excellent stability under varying temperature and pressure conditions Most critically, this is the only lithium battery system architecture since commercialization began in 1985 that does not undergo thermal runaway under ARC testing conditions. From “Non-Flammable” to “Controllable Risk” — A Fundamental Safety Breakthrough ProLogium’s Gen4 system goes beyond being simply “non-flammable.” • In addition to the oxide ceramic separator, our Superfluidized All-Inorganic Electrolyte remains non-combustible even under extreme temperatures of 700–1300°C • Built upon our ASM material framework, the electrolyte can actively release ASM under abnormal high-temperature conditions, forming a dual protection mechanism: Intrinsic Safety × Active Safety This is not merely a material property, it is a system-level safety design capable of actively intervening in thermal reaction pathways. It is our answer to the lithium battery industry’s 40-year safety bottleneck. Redefining Next-Generation Batteries: From V1.0 to V2.0 As liquid lithium batteries approach their physical limits and “all-solid-state” solutions remain surrounded by misconceptions, ProLogium has chosen a different path, returning to materials fundamentals and reconstructing system logic. This is not just another version of solid-state batteries. It represents the transition of next-generation battery technology from conceptual V1.0 to mass-producible, verifiable, deliverable V2.0. Being recognized once again by the Edison Awards affirms our long-term, uncompromising technological direction. Six Core Advantages of the Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery • Dual Safety Architecture: Intrinsic safety of all-inorganic materials combined with an active safety mechanism • Ultra-High Energy Density: Up to 860 Wh/L, enabling long driving range without compromising safety • Extreme Fast-Charging Capability: 60–80% charge in 4–6 minutes, significantly improving user convenience and infrastructure turnover • Low-Temperature Stability: Maintains 95% performance even at -20°C • High Durability & Reliability: Over 1,200 cycle life, reducing total cost of ownership • High Recyclability: Simplified cell architecture enhances disassembly efficiency and material separation for recycling From Innovation Recognition to Industrial Deployment, ProLogium is accelerating the transformation of electrification’s future We look forward to the global spotlight at the Edison Awards ceremony on April 15–16, where this industry-defining battery technology will reach the next milestone. With scalable, commercially deployable next-generation battery solutions, ProLogium continues driving global electrification forward, unlocking a truly sustainable future. More information about the Edison Awards and finalists: Forbes｜forbes.com/sites/deloitte… Edison Awards 2026｜edisonawards.com/nominees/super… #ProLogium #EdisonAwards2026 #EdisonAwardsFinalist #NextGenBattery #BatteryInnovation

2026 is off to a strong start at ProLogium. Major milestones are taking shape, ambitious projects are moving forward, and next week we will come together to mark an important step in ProLogium’s global expansion. ​ 📍 On February 10, we will hold the groundbreaking ceremony for ProLogium’s Dunkirk Gigafactory in France, officially launching a critical phase in bringing next-generation 2.0 battery: superfluidized all inorganic solid-state lithiunm ceramic battery into large-scale production in Europe. This milestone represents more than an expansion of manufacturing capacity, it reflects ProLogium’s long-term commitment to Europe, to accelerating the energy transition, and to strengthening battery industry sovereignty. ​ In recent years, Dunkirk and the Hauts-de-France region have been rapidly transforming into one of Europe’s key hubs for electrification and battery manufacturing. The region has attracted significant international industrial investment, driving job creation and the development of local talent and training ecosystems. ​ ProLogium’s gigafactory project is widely regarded as an important part of this industrial renaissance, and will work alongside regional partners to help build a robust battery ecosystem, supporting Europe’s electrification ambitions and strengthening long-term manufacturing resilience. ​ From technology development and mass production deployment to talent cultivation and supply chain localization, this journey represents a critical transition from technology innovation to industry, and from vision to reality. ​ 👉 Stay connected: big things are coming very soon and we’ll be sure to share them here. ​ #ProLogium #Groundbreaking #Gigafactory

Click the link to read the journal: reurl.cc/yKV89O

🎉 Nihon University Recognizes ProLogium’s Lithium-Ceramic Pouch Battery as Top Choice for Space Applications in Leading Aerospace Journal ​ ProLogium’s next-generation battery technology continues to gain international recognition! ​ A recent academic study published in Nihon University’s International Review of Aerospace Engineering identifies ProLogium’s battery as the top alternative to traditional lithium batteries for CubeSat applications (1U to 6U). ​ 🧑‍🚀Powering the Demands of Space Exploration Batteries used in space must endure extreme conditions and sustained high-power operations, requiring exceptional durability and reliability. ProLogium’s technology meets these stringent demands with standout features: ​ ➡️ Superior Thermal Capacity: ProLogium batteries feature intrinsic safety and outstanding thermal stability, effectively withstanding external temperature fluctuations, reducing the risk of thermal runaway, and maintaining long-term performance with minimal capacity and cycle life degradation. ➡️ Exceptional Low-Temperature Performance: Even in extreme cold environments, ProLogium batteries deliver reliable performance across the wide operating temperature ranges required for space applications. ➡️ High Vacuum Resistance: Surpassing traditional lithium batteries previously deployed in space, ProLogium batteries maintain excellent performance even under vacuum conditions, demonstrating superior adaptability to harsh environments and positioning them as a strong solution for future space missions. ​ This international study reinforces ProLogium’s leadership to go beyond electric vehicles— delivering game-changing solutions for one of the most demanding frontiers: space. It also lays a strong foundation for broader applications across high-stacks industries where performance and reliability are non-negotiable. ​ 🚀 Click the link below to explore our space-ready battery technology and let us know which other applications you’re most excited to learn about! #ProLogium #Aerospace #BatteryApplication #NextGenBattery

🎉 ProLogium Signs MOU with JMS, Buima Energy, and GWA to Open a New Chapter in Solid-State Energy Storage System and Electric Cargo Bike Applications ​ On the opening day of CES, the world’s largest consumer electronics show, ProLogium officially signed a four-party strategic MOU with advanced battery module manufacturer JMS, energy storage system integrator Buima Energy, and electric cargo bike developer GWA. ​ This collaboration extends ProLogium’s Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery technology into both high-performance energy storage systems and electric cargo bike applications, delivering breakthrough momentum for the global energy transition and diversified electrification. Physical application demonstrations are being unveiled on-site. Visit the ProLogium booth to learn more. ​ 📍 ProLogium CES Booth: West Hall, Booth 5467 ​ 🤝 Cross-Industry Collaboration Highlights ​ • ProLogium × JMS Combining ProLogium’s next-generation solid-state lithium ceramic cells, featuring high structural safety and simplified design, with JMS’s expertise in battery module design and manufacturing, the partnership delivers battery module solutions that balance stability, high performance, and manufacturing feasibility. ​ • ProLogium × Buima Energy By integrating ProLogium’s high-safety, long-range solid-state lithium ceramic cells with Buima Energy’s extensive experience in energy storage system integration, the two parties are jointly developing what the market has been seeking: a safe, stable, long-duration solid-state battery ESS. The system features a slim, wall-mounted design and flexible power deployment, suitable for applications such as peak shaving, backup power (UPS), and EV charging. ​ • ProLogium × GWA Leveraging ProLogium's market-competitive all-around performance battery cells, paired with GWA's development experience in electric cargo bike applications, advancing solid-state battery integration and actual implementation into electric cargo bike systems, achieving system-level safety protection, fast charging with high turnover rate, long range, high load capacity, and space utilization advantages. ​ 📰 Full details: prologium.com/prologium-buim… Beyond individual product collaborations, this four-party strategic alliance will pursue deep joint R&D and technology integration, with the goal of establishing a robust and mature industrial supply partnership by 2028, enabling stable supply and scalable solid-state battery solutions across a wide range of electrification applications. ProLogium will continue to leverage our next-generation solid-state lithium ceramic battery technology to empower diversified electrification, delivering safe, stable, efficient, and sustainable energy solutions for the global market. ​ #ProLogium #CES2026 #StrategicPartnership

Click the link to read the press release: prologium.com/prologium-kyus…

✨ ProLogium Joins Forces with Kyushu Electric Power and Nakayama Iron Works to Unveil Solid-State Battery, Powered Advanced Modules and Zero-Emission Construction Machinery at CES ​ Building on the strategic partnership formally established with Kyushu Electric Power in May last year, and the in-depth exchanges following Kyushu Electric Power President’s visit to ProLogium’s next-generation battery giga-level mass production demonstration facility in Taiwan the past November, ProLogium returns to CES this year with an expanded collaboration. Together with Kyushu Electric Power and Japanese construction machinery manufacturer Nakayama Iron Works, the three companies will debut a real-world application combining ProLogium’s next-generation solid-state batteries, Kyushu Electric Power’s 24V battery modules, and Nakayama Iron Works’s advanced construction machinery. This milestone marks a new chapter for battery-driven electrification in industrial applications. ​ ProLogium’s Gen4 Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery delivers exceptional intrinsic and active safety performance, surpassing conventional liquid and existing solid-state batteries. At the same time, it achieves high energy density, low-temperature stability, and ultra-fast charging, key attributes that enable reliable operation in high-load, high-reliability heavy industrial environments. ​ This collaboration brings together Kyushu Electric Power’s expertise in battery module design, Nakayama Iron Works’ deep experience in construction machinery system integration, and the support of module manufacturer Seiko Electric and worldwide sales agent Sojitz Kyushu Corporation, jointly delivering a commercially viable zero-emission construction machinery solution. ​ 🔧 Key Highlights of the Three-Party Collaboration ​ 🔋 24V Next-Generation Solid-State Battery Module Equipped with seven ProLogium Gen4 cells ​ • 111.3 Ah capacity with 2,671 Wh power output ​ • High voltage, high current, strong vibration resistance, and lightweight design ​ • Flexible series and parallel configurations to support diverse application scenarios ​ ⚙️ MSD700 Compact Next-Generation Solid-State Battery Construction Machine Compared with conventional lithium battery solutions: • 1.7 hours longer operating time ​ • Charging time reduced from 2 hours to less than 0.5 hour ​ • Perfectly suited for harsh environments including confined spaces and underground operations ​ 🔨 NE100HBJ Next-Generation Solid-State Battery Crusher Compared with conventional lithium battery solutions: • Crushing capacity of 15–50 tons/hour for rock and concret​ ​ • Travel operation time: 8 hours → 10 hours (+25%)​ ​ • Crushing operation time: 4 hours → 10 hours (+150%) ​ • Charging time reduced from 2 hours to less than 0.5 hour ​ • Higher operational efficiency, lowering standby equipment costs ​ With this collaboration, ProLogium’s next-generation solid-state lithium ceramic batteries officially enter the construction machinery sector. Through strategic alliances with energy and equipment partners, and vertical integration from cells and modules to end-use machinery, this project validates the feasibility and value of next-generation solid-state batteries across diverse industrial electrification applications. ​ 📍 Visit ProLogium’s CES booth to witness real-world solid-state battery applications in construction machinery firsthand. ​ #ProLogium #KyushuElectricPower #NakayamaIronWorks #CES2026

Click the link to read the press release: prologium.com/prologium-tech…

🎊 ProLogium Teams up with FEV Group to Showcase Next-Generation Solid-State Lithium Ceramic Battery Solutions at CES for the Second Consecutive Year, Accelerating EVs toward a 1,000 km Driving Range CES 2026 is about to begin, and ProLogium is previewing our latest collaboration results with FEV Group, a global innovation driver for mobility solutions and beyond. For the second consecutive year, both parties will jointly exhibit next-generation solid-state lithium ceramic battery modules for electric vehicles at CES. The 2026 concept will contribute to laying the crucial technological foundation for electric vehicles to achieve 1,000km range, while simultaneously delivering safety, lightweight design, and extended range. What is especially exciting is that this program has progressed to the sample car-ready stage. Time-lapse recording will begin from day one of production, transparently showcasing the entire manufacturing process and results. This milestone demonstrates that next-generation superfluidized all-inorganic solid-state batteries are no longer a lab concept, but are a technology that can be mass-produced, reshaping perceptions of electric vehicles. Since signing a memorandum of understanding in 2022, ProLogium and FEV have pursued a comprehensive development roadmap spanning materials innovation and cell design, system-level validation at the module and battery-pack levels, and integration into OEM vehicle programs. This collaboration not only demonstrates the strong complementarity of both teams’ expertise, underscoring the two companies’ shared vision for technology roadmaps and real-world engineering execution. Key Highlights from Two Consecutive Years of Collaboration at CES: • High energy density enabling extended driving range Leveraging the ultra-high energy density of ProLogium’s patented Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery, combined with FEV’s highly efficient modular design, the overall system driving range is significantly enhanced, targeting approximately 1,000 km per charge. • Lightweight design through smaller-capacity systems By maintaining the same driving range with a smaller-capacity, high-performance battery configuration, overall vehicle weight can be reduced by around 300 kg, further improving energy efficiency and overall vehicle performance. With our comprehensive solution of "Superfluidized All-Inorganic Solid-State Electrolyte" technology, ProLogium continues to break through existing market limitations on safety, range, fast charging, and cost, and works with system integrators and automaker partners to jointly advance in-depth validation from cells and modules to complete vehicle platforms, leading solid-state batteries from the concept stage toward a truly achievable electrified future. We invite you to visit ProLogium’s booth at CES to explore the latest advancements in next-generation solid-state lithium ceramic batteries for electric vehicle applications. 📍 Las Vegas Convention Center, West Hall, Booth 5467 📅 January 6–9, 2026 (PST) #ProLogium #FEV #CES2026

Click the link to read the press release: prologium.com/prologium-and-…

🚲 ProLogium × Darfon Energy Tech to Co-Show Superfluidized All-Inorganic Solid-State Battery E-Bike at CES 2026 ​ ProLogium and smart mobility and energy storage solution provider Darfon Energy Tech have announced a strategic partnership and will jointly unveil an e-bike solution powered by ProLogium’s Superfluidized All-Inorganic Solid-State Lithium Ceramic Battery at CES 2026. ​ This collaboration is built around a fully integrated “cell–pack–system–application” development framework, combining materials innovation, battery architecture, and system-level engineering to deliver a next-generation e-bike battery solution that achieves all-round safety, compact and lightweight design, long range, and ultra-fast charging. ​ 🔋 Four Key Technology Highlights ​ • Comprehensive Safety Powered by ProLogium’s Gen4 superfluidized all-inorganic solid-state electrolyte, the battery delivers dual safety by design. The non-flammable material ensures intrinsic safety at the materials level, while under high temperature and pressure it decomposes into active safety mechanism materials that effectively suppress thermal-runaway chain reactions. This elevates battery safety from passive protection to active risk suppression, enabling a truly worry-free riding experience. ​ • Compact & Lightweight Design High energy-density cells enable a smaller and lighter battery architecture, significantly reducing bike weight while improving energy efficiency and ride agility. ​ • Long-Range Performance By delivering higher usable energy within a limited volume, the battery enables longer riding distance per charge, effectively addressing real-world range anxiety. ​ • Ultra-Fast Charging SGS-validated ionic conductivity reaches 57 mS/cm at room temperature, allowing 60–80% charging in just 4–6 minutes even at high energy density. Even in -20°C low-temperature environments, it maintains the same riding experience as at room temperature. ​ As micro-mobility adoption accelerates worldwide, indoor charging safety, fast-charging efficiency, and stable range performance have become critical requirements for electrification. The partnership between ProLogium and Darfon Energy Tech directly addresses the market’s demand for high-safety, high-performance, and scalable battery solutions, leveraging complementary strengths to elevate end-product value and set a new benchmark for battery safety and user experience in smart mobility. ​ 📍 CES 2026 - More collaboration results will be unveiled at ProLogium's booth West Hall, booth 5467 ​ Stay tuned to see how next-generation solid-state batteries bring a safer, more efficient future to smart mobility! ​ #ProLogium #DarfonEnergyTech #CES2026