New Technology– category –
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KAIST: Anode-free battery design for 1,000-mile EV range
T3 South Korea Overview Researchers from KAIST, Kyungpook National University, and National NanoFab Center have developed a new anode-free lithium metal battery design. This innovation significantly improves lithium deposition and extend... -
Li-P-S Electrolytes: AI discovery of 10,000 stable structures
arXiv USA Overview This study demonstrates a chemical-system-centric strategy, combining machine learning and iterative structure generation, for efficient crystalline material discovery, using the Li-P-S ternary solid electrolyte as a t... -
Solid-State Batteries: 2026 pre-mass production timeline
Shanghai Metals Market (SMM) News China Overview The solid-state battery industry entered a crucial pre-mass production phase in Q3 2026, driven by significant advancements in material production and battery performance. Gotion Holding i... -
LIS Lithium-Sulfur: 10Ah cell specs and Australia foil production
PPK Group Limited (ASX:PPK) - Listcorp Australia Overview LIS, a subsidiary of PPK Group Limited, significantly advanced the development and validation of its lithium-sulfur battery cells during FY26, achieving a breakthrough with its ne... -
ProLogium Gen4: 381 Wh/kg specs and Mercedes mass production
Inside Deep Tech Taiwan Overview Taiwanese battery maker ProLogium has unveiled its Gen4 'Superfluidized Inorganic Next-Generation Lithium Ceramic Battery,' deepening its partnership with Mercedes-Benz, which now has priority access to G... -
EV Battery Restoration: Chemical bath SEI removal method explained
Good News Network USA Overview Scientists have developed a novel chemical bath method to restore degraded EV batteries without disassembly. This technique removes the solid electrolyte interphase (SEI) layer, a primary cause of lithium-i... -
LiBEST, Kangwon University | Next-Gen Battery Materials, LMFP & Si/C Anode
The Elec South Korea Overview LiBEST and Kangwon National University are expanding their partnership to jointly develop next-generation battery materials and process technologies. Professor Choi Sung-hoon's team is researching sulfide-ba... -
NCM811 Cathode: Sulfide-based ASSB interface challenges explained
Volt Coffer International Overview A new review highlights critical challenges in hybrid cathodes for sulfide-based all-solid-state lithium-ion batteries (ASSBs), focusing on interfacial side reactions, high resistance, and limited Li⁺ d... -
Sulfide Films: Roll-to-roll ASSB manufacturing process explained
Schumpeter Substack Unknown Overview An innovative quasi-dry sulfide film technology has made roll-to-roll manufacturing for all-solid-state batteries a reality. This technique enables the production of 28μm freestanding sulfide electrol... -
Sodium-ion batteries: AI material search and 99.96% efficiency
Bioengineer.org Unknown Overview Artificial intelligence (AI) is accelerating the search for cheaper and safer sodium-ion battery materials. Notably, AI-engineered anode-free designs have achieved Coulombic efficiencies approaching 99.96...
