The Future of All-Solid-State Batteries: A Revolutionary Breakthrough by KERI

In a groundbreaking study published in Energy Storage Materials, the Korea Electrotechnology Research Institute (KERI) has made a significant leap towards the commercialization of all-solid-state batteries. Led by Dr. Park Jun-woo and Sung Junghwan, the research team has successfully developed a revolutionary technology that could eliminate the inherent risks of explosion and fire associated with traditional lithium-ion batteries.

The key innovation lies in the “size-controlled wet-chemical synthesis of solid-state electrolytes,” which has not only reduced processing time and cost by over fifty percent but has also doubled the quality of the final product. By utilizing solid-state electrolytes instead of liquid ones, all-solid-state batteries significantly decrease the risk of fire or explosion during operation.

To integrate solid-state electrolytes into all-solid-state batteries, particularly in the cathode, the materials must be incredibly small, measuring only a few micrometers in size. KERI has developed a technology that can mass-produce these tiny solid-state electrolytes with enhanced ionic conductivity through a simplified process. Unlike conventional methods that involve large particle sizes and mechanical grinding, KERI’s approach streamlines the production process while maintaining the performance quality of the electrolytes.

By carefully controlling the nucleation rate of microscopic raw materials like lithium sulfide, Dr. Park’s team has successfully downsized the solid-state electrolytes to meet the required specifications for all-solid-state batteries. This novel technique enables the production of fine solid-state electrolytes using a straightforward wet synthesis method without the need for complex procedures.

The chemical composition control implemented by the KERI research team has led to a remarkable increase in ionic conductivity, surpassing traditional production methods. Through years of experimentation and analysis, the researchers were able to identify the ideal combination of materials, resulting in a conductivity increase from 2 mS/cm to an impressive 4.98 mS/cm.

KERI has filed multiple patent applications for this innovative technology and anticipates significant interest from the all-solid-state battery industry. The institute is already in talks with companies interested in technology transfer agreements to further the development and commercialization of all-solid-state batteries. By combining this breakthrough with a special wet synthesis technique for cost-effective production, KERI aims to set the standard for low-cost, high-quality solid-state electrolyte manufacturing.

The research conducted by KERI represents a significant advancement in the field of battery technology, paving the way for safer and more efficient energy storage solutions. With their pioneering approach to solid-state electrolyte synthesis, KERI is poised to lead the industry towards a future powered by all-solid-state batteries.

Technology

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