KAIST identifies fast-charge degradation with 3D twin
Lithium plating varied by more than 10% depending on the arrangement of the graphite anode’s binder and void space.
Chemistries, density, costs, gigafactories: storing energy better, cheaper and faster.
Batteries have become an industry in their own right, and this section treats them as one: chemistries (lithium iron phosphate, sodium-ion, solid electrolytes), rising densities, costs per kilowatt-hour in free fall, gigafactories rising from the ground from China to Hungary. We also track second-life uses and cell recycling — the loop that will turn a raw-materials problem into a resource.
Our angle: measurement over promise. A lab announcement only enters these pages with numbers attached — cycles, density, cost — and each article says how far it stands from production. Asian players, who account for most of the market and of the innovation, get the coverage the general press almost never gives them: CATL, BYD, EVE, but also the equipment makers and chemists nobody ever names.
Lithium plating varied by more than 10% depending on the arrangement of the graphite anode’s binder and void space.
In the first half of 2026, EVE Energy shipped 48GWh of energy storage batteries, giving it a 10.4% share of the global market.
The Flinders University battery charges in three minutes at 150 mAh/g and lasts for more than 60,000 cycles.
In a lab, electricity converted urea from urine and wastewater into hydrazine.
Global energy storage cell shipments rose 94.8% year on year in H1 2026.