Electrolytes TRIZ Cases
- Lithium Oxyhalide Conductors for Stable Solid-State Batteries
Mechanochemically made Li-Nb-Zr oxyhalide conductors improve lithium-ion transport and lithium-metal stability while lowering solid-state electrolyte cost.
- Dual-Basicity Electrolyte for Lithium Metal Dendrite Suppression
Using high- and low-basicity solvents, this electrolyte builds a strong inorganic SEI that suppresses lithium dendrites and improves battery life.
- Lithium Battery Electrolyte Composition for Dendrite-Suppressed Cycling
A three-solvent nonaqueous electrolyte balances stability and ion migration to retain discharge capacity and suppress lithium dendrites.
- Battery Electrolyte Solvent Mix for Low-Temperature Cycle Stability
A cyclic and linear ether solvent mix lowers viscosity and improves ionic conductivity for longer battery cycling and better low-temperature retention.
- Doped Cubic Bismuth Oxide Electrolyte for Stable 650°C Conductivity
Mixed dopants stabilize cubic bismuth oxide from 550°C to 700°C, preserving high oxygen-ion conductivity for lower-temperature SOC operation.
- Composite Battery Separator With Ultrathin Inorganic Dielectric Layer
An ultrathin vapor-deposited inorganic layer avoids ceramic agglomeration and thick coatings while improving separator adhesion, wettability, and battery safety.
- Li-S Battery Electrolyte Additives for Polysulfide Shuttle Control
Fluorinated borate and LiNFBSI additives regulate polysulfide conversion, curb shuttling, and improve Li-S battery cycling stability.
- Ceramic Solid Electrolyte Preparation for Uniform Particle Distribution
Using water-based slurry mixing and rotary or spray drying, this case improves ceramic electrolyte particle uniformity and ionic conductivity.
- Sodium-Ion Electrolyte Composition for NaBF4 Solubility and Cycling Stability
A mixed carbonate electrolyte with TMSB improves NaBF4 solubility, interphase stability, and long-term cycling in sodium-ion full cells.
- LiF Glass Cover Layer for Moisture-Resistant Solid-State Batteries
A LiF-containing glass cover layer blocks moisture and improves insulation, preventing lithium precipitate buildup in solid-state batteries.
- Electrolyte solution for lithium secondary battery and lithium secondary battery including the same
A phosphate additive and radical scavenger suppress cathode side reactions and gas generation, improving lithium battery life at high temperatures.
- LLZO Solid Electrolyte Separator with Fluoride-Treated Surface Passivation
Aluminum fluoride converts LLZO surface lithium carbonate into Al2O3 and LiF, improving cubic-phase stability, densification, and ionic conductivity.
- Non-Aqueous Electrolyte With Pivalate Ester for Li-Ion Fast Charging
A C12-C13 pivalate ester raises electrolyte flash point while preserving low-temperature fast charging and initial capacity in Li-ion batteries.
- LiFSI Fluorinated Ester Electrolyte for High-Voltage Li-Ion Cycling
Fluorinated acyclic ester with LiFSI improves high-voltage electrolyte stability, boosting Li-ion cycling and high-temperature storage.
- Oxyhalide Solid Electrolyte Layers for Low-Resistance Lithium Interfaces
An oxyhalide-over-halide solid electrolyte improves lithium wettability to cut interfacial resistance, stress, and dendrite-driven battery fade.