Solid Electrolytes TRIZ Cases
- Polyether Solid Electrolyte Coating for Battery Contact Stability
A polyether-based organic solid electrolyte coats electrode particles to maintain intimate interface contact during cycling.
- Composite Solid Polymer Electrolyte for Lithium Batteries
Cross-linked composite electrolyte with ceramic fillers prevents dendrite growth and resolves the trade-off between ionic conductivity and thermal stability.
- Solid Polymer Electrolyte Composition with Multi-Segment Crosslinking
A solid polymer electrolyte composition uses a multi-segment crosslinking polymer to enhance ionic conductivity.
- Halogen-Based Solid Ion Conductor for Electrochemical Stability
A halogen-based solid ion conductor enables lithium transport with reduced activation energy.
- Fuel Cell Stack Separator Design for Compact Cooling
A fuel cell stack uses corrugated separators with adjacent coolant passages to align flow directions and reduce overall width.
- Partial Ion Exchange Membrane Durability in Fuel Cells
Alkali metal ions partially replace protons in polymer electrolyte membranes to stabilize vulnerable sites against chemical and mechanical degradation.
- Electrode Assembly With Multiple Oxide Layer For Stable Battery Output
A composite electrode assembly integrates a multiple oxide portion with a solid electrolyte layer to enhance electron conductivity within the battery structure.
- Grafted Bis(sulfonyl)imide Polymer Electrolytes for Battery Safety
Grafted bis(sulfonyl)imide polymers replace flammable liquid solvents with safe solid electrolytes.
- Polyalkylene Oxide Binder for All-Solid-State Battery Ion Conductivity
Polyalkylene oxide-based binder polymer enhances ion conductivity in all-solid-state secondary batteries.