Peak Energy Plans 4-GWh Sodium-Ion Battery Factory in Sacramento
Peak Energy will invest up to $71 million in a Sacramento sodium-ion battery factory designed to produce 4 GWh of grid storage systems annually.
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Lithium-Ion Battery Recycling Crisis: Why the Global Battery Industry Must Accelerate Circular Solutions Before Resource Shortages Threaten EV Growth – Polymer Price Trends
Lithium-ion battery recycling is becoming essential for the future of electric vehicles and energy storage. Discover why recycling technology and circular battery supply chains matter now.
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Sodium Batteries Deliver 40 Percent Cost Reduction and Safer Performance, Unlocking Affordable Electric Cars and Strengthening a More Sustainable Energy Future 20-02-2026
Sodium batteries reduce costs by up to 40 percent, improve cold-weather performance, and eliminate cobalt and nickel, paving the way for affordable electric cars.
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aluminum catalyst polymerization PET | Battery Innovation | Clean Technology | Energy Storage | Sustainable Mobility
Breakthrough Calcium-Ion Batteries from HKUST Signal Cleaner, More Efficient Energy Storage Future Beyond Lithium for Electric Vehicles and Renewable Power Systems 15-02-2025
HKUST researchers have developed advanced calcium-ion batteries with quasi-solid electrolytes, delivering improved efficiency, durability, and sustainability for electric vehicles and renewable energy storage.
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Breakthrough Solid-State Battery Cuts Manufacturing Pressure and Costs, Paving the Way for Scalable, Safer Energy Storage and a New Era of Electric Mobility 09-02-2026
A new low-pressure solid-state battery developed in China could simplify manufacturing, reduce costs, and accelerate commercialization without sacrificing performance or safety.
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Structural lithium ion battery- Breakthrough structural lithium-ion battery design delivers 90 percent retention, promising lighter electric vehicles and aircraft with safer, load-bearing energy storage systems 05-02-2026
A new structural lithium-ion battery developed in South Korea combines strength and energy storage, achieving nearly 90 percent retention and opening doors for EVs and aerospace use.
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Anode free lithium metal batteries – Auto Ultrathin Polymer Layer Solves the Biggest Weakness of Anode-Free Lithium Batteries, Unlocking Longer Lifespan and Commercial Viability for EVs and DronesDraft 04-01-2026
South Korean researchers developed an ultrathin polymer layer that dramatically extends the lifespan of anode-free lithium metal batteries, accelerating their commercial use in EVs and energy storage.
