Summary
- ProLogium introduces 4th generation lithium ceramic battery system at CES 2025
- The new battery technology addresses concerns like total cost of ownership, range anxiety, and safety for EV drivers
- Advancements in energy density, charging speed, low temperature performance, heat dissipation, and safety
- ProLogium aims to surpass 450Wh/kg and 1000Wh/L by 2026 with lithium metal anodes
- ProLogium’s battery excels in extreme cold conditions with high ionic conductivity, stability, and non-flammability
Article
South Korea’s ProLogium introduces its 4th generation lithium ceramic battery system at CES 2025, aimed at redefining the EV driving experience by addressing concerns such as total cost of ownership, range anxiety, and safety. The new battery technology features a fully inorganic electrolyte, boasting enhanced energy density, fast charging capabilities, reliable low-temperature performance, efficient heat dissipation, and enhanced safety measures. ProLogium’s advancements in energy density surpass lithium iron phosphate batteries, allowing for improved range, reduced costs, and lighter designs.
One of the key features of ProLogium’s battery is its performance in cold climates, with high ionic conductivity even at -20°C, ensuring consistent range performance. The fully inorganic electrolyte is non-flammable and comes with an advanced Active Safety Mechanism to prevent thermal runaway. The ceramic separator and wet film coating technology enable three times the thermal conductivity of traditional liquid batteries, with large-format cell designs enhancing heat dissipation and stability under high load conditions.
ProLogium emphasizes the importance of battery technology in redefining the EV driving experience, focusing on reducing charging times and enhancing safety for the overall ecosystem of sustainable transportation. The company’s high energy density cells enable smaller, lighter battery packs suitable for EVs, in collaboration with engineering experts like FEV. ProLogium also upholds a commitment to sustainability with a circular system achieving over 80% material recovery, enhancing the value of second-hand vehicles and contributing to a net-zero future.
The development of ceramic batteries, often referred to as “glass batteries,” replaces the flammable liquid electrolyte in conventional lithium-ion batteries with a more stable, environmentally friendly solid material. ProLogium’s lithium ceramic battery technology has garnered certifications for industry-leading energy density, offering the potential to make electric cars more comparable to conventional vehicles in terms of driving experience. The advancements in charging ability, low-temperature operation, energy density, and lighter battery packs contribute to overcoming barriers to EV adoption.
In addition to its battery technology, ProLogium has established a strong global presence with research and development centers abroad and gigafactory projects in France, demonstrating a commitment to expanding its innovations to new markets. The company’s focus on delivering value at every level within the ecosystem of electric vehicles and sustainable transportation aligns with the global vision of a net-zero future. Through ongoing research and development efforts, ProLogium continues to push the boundaries of next-generation lithium ceramic batteries to drive the evolution of electric mobility further.
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