Next-Gen Energy Storage– category –
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Sodium-Ion Batteries Achieve $60/kWh for US Grid Storage, Led by CATL and BYD in Large-Scale Deployment
Facebook USA Overview Sodium-ion batteries have reached a commercially viable cost of $55-70/kWh for grid storage in the U.S., marking 2026 as a pivotal year for their large-scale deployment as a viable lithium alternative. Chinese leade... -
Sodium-Ion Batteries Achieve $51/kWh at Cell Level, Paving Way for Commercialization in Stationary Storage and Entry-Level EVs
Geeky Gadgets USA Overview Sodium-ion batteries have reached a significant production cost milestone of $51 per kilowatt-hour at the cell level, establishing them as a commercially viable energy storage solution. This breakthrough enable... -
Tesla Begins 4680 Cell Production with Maxwell-Derived Dry Electrode Process and Texas-Refined Lithium
TeslaMagz USA Overview Tesla has commenced production of both anode and cathode materials for its 4680 cells using a dry-electrode process, a technology inherited from its 2019 acquisition of Maxwell Technologies. This method reportedly ... -
Tesla Boosts EV Performance and Energy Storage with Advanced 4680 Battery Cells and Maxwell Technology Integration
CoinCodex USA Overview Tesla's efforts in battery technology, highlighted by its 2020 Battery Day, include the 4680 battery cell designed for enhanced energy density and reduced manufacturing costs. The company's strategic acquisition of... -
Tesla Commences “Gen3” 4680 Cell Production for Cybertruck with In-House Refined Lithium, Achieving 300 Wh/kg Energy Density
BASENOR USA Overview Tesla's Austin-built 4680 cells, integrated into Cybertruck production since January 2026, now feature a dry electrode process for both anode and cathode, a manufacturing innovation from Maxwell Technologies' acquisi... -
Novacium and Tokai COBEX Partner on European Silicon-Graphite Anodes, Targeting Next-Gen Li-Ion Battery Density
Stockhouse (HPQ Silicon Inc. Press Release) Europe Overview Novacium, a subsidiary of HPQ Silicon Inc., and Tokai COBEX have formed a strategic partnership to develop a European-sourced, integrated anode material solution for lithium-ion... -
Patsnap Analysis: China’s Zinc Battery Patent Surge Signals Domestic Focus, Global Strategy Gap
Patsnap Research World Overview A recent patent analysis by Patsnap Research reveals a striking concentration of zinc-based rechargeable battery patent filings, encompassing zinc-ion, zinc-air, and aqueous zinc chemistries, predominantly... -
Google, MN8 Energy, & Eos Partner on West Virginia Hybrid Solar-Plus-Storage Project Integrating Zinc LDES & Li-ion BESS
Energy-Storage.news USA Overview Google, MN8 Energy, and Eos Energy Enterprises are collaborating on the Mammoth Solar project in West Virginia, which will integrate 86MW of solar power with 10MW/100MWh of Eos' Z3 zinc-based long-duratio... -
Nanotechnology Reboots Edison’s Nickel-Iron Battery for Seconds-Fast Recharge & 12,000 Cycle Lifespan, Revolutionizing Grid Storage
Popular Mechanics USA Overview An international research team has reinvented Thomas Edison's nickel-iron battery using modern nanotechnology, enabling it to recharge in seconds and endure over 12,000 charge cycles. While this improved ba... -
Barcelona Institute of Materials Science Unlocks High-Efficiency Zinc-Air Batteries for Grid-Scale Storage
Facebook (Institute of Materials Science of Barcelona) Spain Overview Researchers at the Barcelona Institute of Materials Science have developed a novel technology to significantly improve zinc-air battery performance by reducing interna...
