Li-Accumulators TRIZ Cases
- Non-Aqueous Electrolyte Additives for Stable Nickel-Rich Li Batteries
Phosphorus-fluorine and carbonate additives stabilize nickel-rich lithium secondary batteries by scavenging radicals and forming protective films.
- Non-Aqueous Lithium Battery Electrolyte for Stable SEI at High Temperature
Fluorinated cyclic carbonate additives form stable electrode films that suppress metal elution, electrolyte decomposition, and resistance growth during hot storage.
- Polymer Binder Softening for Battery Separator Thermal Shutdown
A battery separator binder softens at 60-100°C to release adhesion, separate electrode plates, and block current during thermal runaway.
- Battery End Cover Assembly With Melt-Resistant Terminal Insulation
A composite sealing element keeps battery terminals insulated after the seal body melts, preventing polarity shorting during thermal runaway.
- Battery Cover Plate Vent Patch for Valve Protection and Leak Testing
A notched vent patch forms a sealed chamber over the explosion-proof valve, protecting it from damage while enabling accurate leak testing.
- LiPF6 Battery Electrolyte Additives for High-Temperature Gas Suppression
A dual-additive LiPF6 electrolyte limits gas generation and resistance rise, improving high-temperature storage, swelling, and battery safety.
- Mixed-Polymer Electrolyte Composition for Thermal-Stable Lithium Cells
A blended polymer electrolyte additive improves thermal stability and ionic conductivity while avoiding the cell-performance loss of flame retardants.
- Triphenyl Phosphate Electrolyte for Stable High-Nickel Li Batteries
A triphenyl phosphate additive stabilizes the electrode interface, suppresses side reactions, and improves flame retardancy and high-temperature storage.
- Battery Binder Composition for Electrode Adhesion and Rate Capability
A melamine compound tuned within the binder improves electrode-layer adhesion while preserving the rate characteristics of non-aqueous secondary batteries.