Organic Electrolyte Cells TRIZ Cases
- Chelating Electrolyte Additives for Overcharge-Safe Lithium Batteries
A chelating electrolyte additive traps transition-metal impurities and converts overcharge into shut-down behavior to limit voltage drop and thermal runaway.
- Lithium Primary Battery Anode Alloy for Capacity Retention
Controlled magnesium in a lithium alloy anode and electrolyte additives suppress expansion and side reactions that reduce primary battery capacity.
- Lithium Primary Battery Alloy Anode for Uniform Lithium Consumption
A Mg-containing lithium alloy anode and high facing-area wound electrodes reduce local lithium loss, chipping, and pulse discharge deterioration.
- Lithium Button Cell Electrode Groove for Stable Film Lamination
A grooved negative electrode embeds a porous modification film to prevent layer detachment, cut side reactions, and keep button cells stable.
- Lithium Button Cell Electrode Groove for Stable Pulse Discharge
A grooved negative electrode embeds a porous modification film to prevent layer detachment, lower resistance, and stabilize large-current pulse discharge.
- Lithium-Magnesium Alloy Anode Lamination for Stable Primary Battery Discharge
A laminated lithium-magnesium alloy and aluminum anode suppresses discharge deterioration in MnO2 primary batteries, especially at low temperatures.