An adhesive layer at bent regions lowers local cathode loading to curb lithium precipitation while preserving battery safety and service life.
A dual NASICON and carbon coating boosts ionic and electronic conductivity in LFP cathodes, raising battery energy density without losing cycle life.
A battery management system uses plating models and real-time charge, temperature, and SOC data to curb anode lithium plating during xEV charging.
Pb2MF6 cathodes with Mn, Fe, Co, or Ni improve fluoride-ion battery charge-discharge behavior while supporting high voltage and better rate properties.
A staged mix of binder, carbon black, and carbon nanotubes builds a conductive network that improves lithium-ion discharge rate and cycle life.