🎊 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

🚲 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

🎉 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