June 2026– date –
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LDES Technologies Emerge for Grid Decarbonization: Form Energy’s Iron-Air and Energy Dome’s CO2 Batteries Highlighted for Economics and Scalability
Joule USA Overview Long-Duration Energy Storage (LDES) technologies are rapidly advancing to accelerate grid decarbonization. This analysis highlights innovative LDES solutions like Form Energy's iron-air batteries and Energy Dome's CO2 ... -
Anode-Free Lithium Metal Batteries Advance Towards Maximum Energy Density, Facing Dendrite Formation and Cycle Life Challenges
Nano Energy Netherlands Overview A review summarizes recent advances in anode-free lithium metal batteries, reaffirming their immense potential to maximize energy density. However, critical challenges persist, particularly dendrite forma... -
Second-Life EV Batteries Paving Way for New Business Models in Residential and Commercial Storage
Journal of Energy Storage Research International Overview Second-life electric vehicle (EV) batteries are poised to create new business models in residential and commercial energy storage, as evaluated in a new paper. The research addres... -
Review Reveals Next-Generation Cathode Materials Beyond LFP/LMFP for High-Energy Density Batteries Exceeding Li-Ion Limits
Advanced Materials Germany Overview A comprehensive review has been published on next-generation cathode materials designed to achieve energy densities beyond the limits of current lithium-ion batteries. The paper specifically focuses on... -
Battery Storage-Integrated VPPs Crucial for Renewable Energy Balancing and Grid Stabilization
Applied Energy Netherlands Overview Virtual Power Plants (VPPs) integrated with battery storage systems are assessed as critical for future power grids, enabling seamless renewable energy integration, supply-demand balancing, and grid st... -
US IRA Accelerates Global Battery Material Supply Chain Reshaping: North America & Europe Prioritize Critical Mineral Security to Reduce China Dependence
Energy Policy Netherlands Overview The U.S. Inflation Reduction Act (IRA) is accelerating a significant reshaping of global battery material supply chains by highlighting geopolitical risks. Efforts are intensifying in North America and ... -
Enhanced Fire Safety for Large-Scale BESS: Emphasizing Early Thermal Runaway Detection, Suppression, and System Design
Journal of Power Sources Netherlands Overview Recent research highlights the critical role of early thermal runaway detection, suppression technologies, and integrated safety protocols in the design of large-scale Battery Energy Storage ... -
Environmentally Friendly Direct Lithium Recovery from Spent EV Batteries Achieves High Yields and Reduced Environmental Impact
Green Chemistry UK Overview A novel, eco-friendly direct recycling technology for lithium recovery from spent electric vehicle (EV) batteries has been developed, demonstrating higher recovery rates and significantly lower environmental i... -
Vanadium Redox Flow Batteries Prove High Reliability and Longevity in Grid-Scale Energy Storage Deployments
IEEE Transactions on Energy Conversion USA Overview Vanadium Redox Flow Batteries (VRFBs) have demonstrated exceptional reliability and longevity in grid-scale energy storage systems, based on actual operational data. This confirms their... -
Solvent-Free Dry Electrode Manufacturing Slashes Battery Production Energy & Environmental Footprint
ACS Applied Materials & Interfaces USA Overview A groundbreaking solvent-free dry electrode manufacturing technology has been reported, promising significant reductions in energy consumption and environmental impact during battery produc...
