Silver Accumulators TRIZ Cases
- Silver Oxide Positive Electrode With Tellurium for Low-Resistance Cycling
Tellurium added to silver oxide alkaline battery components improves cycle life and lowers internal resistance without cadmium.
- Silver Oxide Positive Electrode Composition for Low-Resistance Cycling
Tellurium-added, cadmium-free silver oxide electrodes improve alkaline battery cycle life and lower internal resistance.
- Button Cell Electrolyte Balance for Leak-Free High-Load Output
Balanced water content and conductive carbon in a silver oxide button cell improve high-load discharge while preventing electrolyte leakage.
- Silver Oxide Button Cell Water Balance for Leak-Free Load Output
Balanced water content and carbon black/graphite additives help a silver oxide button cell sustain load output while preventing electrolyte leakage.
- PWM Battery Heating Control for Low-Temperature EV Packs
PWM-controlled heating plate power raises EV battery temperature quickly in cold conditions while limiting energy loss and control complexity.
- Zinc Secondary Battery Electrolyte Composition for Cycle Stability
Supporting electrolytes at 5-50 mass% and controlled pH suppress zinc electrode deterioration and improve charge-discharge continuity.
- Porous Silver Electrode Fabrication Using Fused Particle Monoliths
Silver or silver oxide particles are fused into a porous monolith after porogen removal, improving electrode strength and electrochemical durability.
- Zinc Alloy Paste Electrode Coating for Low-Corrosion Alkaline Cells
A zinc alloy and zinc oxide paste coating limits alkaline corrosion without mercury, helping rechargeable cells keep power output and cycle life.
- Silver Oxide Alkaline Battery Charging to Avoid AgO Instability
Controlled charging stops oxidation at Ag2O, improving cycle stability while reducing swelling and liquid spill risk in silver oxide alkaline cells.
- Silver Oxide Cathode Composition for End-of-Discharge Detection
A silver oxide and silver-bismuth cathode mix creates a late-discharge voltage step, improving end-of-discharge detection without losing voltage flatness.
- Cathode Active Material Coating for Cobalt-Free Lithium Batteries
Metal oxide coating on lithium compounds prevents deterioration and suppresses capacity loss caused by interlayer movement of Mo6+ ions.