Next-Gen Energy Storage– category –
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Chinese Researchers Transform Dragon Fruit Peels into Key Li-S Battery Material, Enhancing Drone and EV Performance
ECOticias.com China Overview Chinese researchers have innovatively converted dragon fruit peels into carbon membranes to address challenges in high-energy-density lithium-sulfur (Li-S) batteries, enhancing their performance. This novel u... -
Dry Electrode Manufacturing Poised to Slash Battery Costs by Over 50%, Energy by 75%, with Tesla Targeting $50/kWh by 2026
Shenzhen Tsingyan Electronic Technology Co., Ltd. China Overview Dry electrode manufacturing is projected to cut battery production costs by over 50% and energy consumption by more than 75% by eliminating expensive solvents, drying ovens... -
Redwood Materials Inaugurates First Phase of $3.5B Battery Recycling Plant in SC, Boosting US Critical Mineral Supply Chain
SC News Biz USA Overview Redwood Materials has opened the first phase of its $3.5 billion lithium-ion battery recycling facility in Berkeley County, South Carolina. Focused on recovering critical minerals like lithium, nickel, cobalt, an... -
Solidion Technology Achieves First Quarterly Revenue, Accelerating Commercialization of Silicon Anodes for Drones and AI Data Centers
Solidion Technology / PR Newswire USA Overview Solidion Technology has achieved a significant commercial milestone, reporting its first quarterly revenue driven by government contracts and proprietary silicon anode products. The company ... -
US Deploys Record 10 GWh Energy Storage in Q1 2026, Driven by AI Data Center Demand and Energy Security Imperatives
S&P Global / pv magazine USA Overview The US deployed a record 10 GWh of energy storage in Q1 2026, fueled by national energy security initiatives and surging power demand from Generative AI data centers. Generative AI and hyperscale com... -
Dry Electrode Manufacturing Revolutionizes Battery Production: Cuts Energy by 25%, Costs by 5%, and Boosts Scalability
Dragonfly Energy USA Overview Dry electrode manufacturing processes offer dramatic improvements over conventional wet coating methods, significantly reducing energy and material waste, cutting production costs, and accelerating manufactu... -
Hyperscale AI Data Centers Accelerate BTM BESS Adoption to Mitigate Surging Power Demands and Enhance Grid Resilience
Bessemer Venture Partners USA Overview Hyperscale data centers are rapidly deploying Behind-the-Meter (BTM) Battery Energy Storage Systems (BESS) to meet the volatile power demands of AI training workloads and ensure rapid, reliable powe... -
Amprius and Matternet Partner to Power Autonomous Drone Delivery with High-Density Silicon Anode Batteries, Doubling Range
Unmanned Systems Technology (UST) USA Overview Amprius Technologies and Matternet have forged a strategic partnership to integrate high-energy-density silicon anode lithium-ion batteries into autonomous aerial delivery platforms. Amprius... -
Li-S Energy Secures US Air Cargo Approval for Li-S Cells, Paving Way for High-Density Drone and Defense Market Entry
pv magazine Australia Australia Overview Australian battery developer Li-S Energy has secured regulatory approvals to air freight its prototype lithium-sulfur (Li-S) cells from Australia to the U.S., opening a direct supply route to the ... -
NFPP Sodium-Ion Batteries Emerge as Optimal Grid-Scale Storage Solution, Projecting 400 GWh Market by 2030 with 143% ROI
Volta Foundation (Alsym Energy) USA Overview Sodium-ion batteries, specifically Sodium Iron Pyrophosphate (NFPP) chemistry, are rapidly emerging as the optimal solution for grid-scale energy storage due to enhanced safety (inherent non-f...
