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Meike Zhenchuang Achieves Technological Breakthrough in Sulfide Electrolyte All-Solid-State Batteries with Capabilities for Preparing Samples of Various Capacities
2026-06-25
Recently, Meike Zhenchuang has made significant progress in the R&D of all-solid-state battery technology and successfully fabricated all-solid-state battery samples based on sulfide electrolyte systems. This marks new breakthroughs achieved by the company in the application of key solid-state battery materials, cell structure design and sample preparation processes.
The exhibited sulfide electrolyte all-solid-state battery samples come in a full range of capacity specifications. The four batteries shown in the picture from top to bottom are 60Ah, 20Ah, 2Ah and 10mAh respectively, meeting diverse demands across different stages including laboratory verification, small-scale trial development and research on large-capacity cell applications. The successful fabrication of multi-specification samples demonstrates Meike Zhenchuang’s comprehensive technical strengths in solid-state battery process route development, material matching, electrode sheet preparation, cell packaging and performance validation.
Featuring high ionic conductivity, promising low-temperature performance and favorable prospects for high safety, sulfide electrolyte all-solid-state batteries are recognized as a vital technical route for next-generation high-performance batteries. Centered on this technical pathway, Meike Zhenchuang has carried out continuous research and technical breakthroughs, gradually completing the whole preparation workflow from small-capacity lab samples to large-capacity pouch cells, which lays a solid foundation for subsequent industrial verification and application expansion.
Going forward, Meike Zhenchuang will keep focusing on core solid-state battery technologies and equipment solutions, advance the practical implementation of sulfide all-solid-state batteries in R&D, pilot test and industrialization scenarios, and deliver more professional and systematic support for the technological upgrading of new energy batteries.
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