Hybrid Capacitor Electrodes TRIZ Cases
- Binder Composition for Electrochemical Device Electrodes
Water-soluble polymer with controlled molecular weight improves solid content dispersibility in electrode binder compositions.
- Battery-Capacitor Hybrid ESS for High-Temperature Power Bursts
Segmenting power handling into a high-temperature EDLC and a battery reduces system weight while maintaining safety against thermal runaway risks.
- Potassium Ion Battery Negative Electrode Binder
Polycarboxylic acid binder supports potassium ion occlusion in graphite negative electrodes for improved cycle durability.
- CNT Undercoat Layer for Low-Resistance Lithium-Ion Electrodes
Carbon nanotubes in an undercoat layer reduce internal resistance of titanium-containing oxide electrodes, enabling rapid charging without capacity loss.
- Hierarchical Porous Carbon Foam for Supercapacitor Electrodes
Chitosan-derived carbon foam with hierarchical pores provides high surface area for supercapacitor electrodes.
- Porous Current Collector Manufacturing via Alcohol-Resolvable Resin Etching
Replacing photolithography with printed polyhydric alcohol masks reduces process complexity and boosts productivity for porous current collectors.
- Zirconium Garnet Solid Electrolyte for High Conductivity Batteries
Lithium-rich garnet structure with zirconium delivers high ion conductivity and chemical stability, resolving moisture sensitivity in solid-state batteries.