Hybrid Capacitor Electrolytes TRIZ Cases
- Coolant with Porous Heat Insulator to Prevent Battery Cell Heat Spread
See how a coolant with porous plate-shaped heat insulator (≤300 W/(K·m²)) cools cells normally
- Bis(Oxolato)Borate Electrolyte for Low-Resistance Battery Cycling
An electrolyte using a sulfur-containing cation and bis(oxolato)borate forms an electrode film that lowers resistance and improves cycle life.
- LiFePO4 Reference Electrode for Non-Aqueous Potassium Supercapacitors
A Li1-xFePO4 reference electrode enables stable potential monitoring in non-aqueous potassium supercapacitors without compromising cell safety.
- Fluoropolymer Gasket Composition for High-Temperature Battery Sealing
A controlled tetrafluoroethylene copolymer gasket limits electrolyte leakage and permeation while preserving sealing at high temperatures.
- Structural Supercapacitor Interfaces With Gradient Electrolyte
Gradient electrolytes and redox-polymer-coated carbon fibers raise capacitance and tensile strength in load-bearing supercapacitors.
- Electrode Assembly Resin Film Layout for Electrolyte Impregnation
A segmented resin film and upper-side liquid injection path improve electrolyte osmosis into the electrode assembly without sacrificing insulation.
- Pressure Control Valve Layout for Cleaner Power Storage Module Venting
Separated gas and electrolyte outlets with a partitioning protrusion suppress electrolyte scattering and short-circuit risk in power storage modules.
- Non-Aqueous Electrolyte Blends for Thick-Electrode Discharge Rates
Specific EC carbonate blends and SEI-forming additives help thick-electrode lithium-ion cells keep discharge rate and capacity retention.
- Solid-Oxide Secondary Cell Electrodes for Low-Temperature Operation
Mixed ionic-electronic ABO3 and CeMO2 electrodes enable lithium-free oxygen-ion secondary cells to run below 400°C with lower flammability risk.
- Electrolyte Composition for Stable Electrode Passivation Layers
LiBF4 with a Formula I additive forms thin S- and F-rich electrode films that cut impedance and improve low-temperature discharge.
- Gel Electrolyte Supercapacitor Electrodes for High Capacitance Retention
Molybdenum-doped carbon electrodes with a polyol gel electrolyte raise capacitance and energy density while retaining 90% capacitance after 10,000 cycles.
- Nonaqueous Electrolyte Composition for Low-Resistance Boron Cathodes
A sulfuric acid ester electrolyte forms a flexible low-resistance film on boron-containing cathodes, limiting DC resistance rise at high temperature.
- Mesoporous Gold Electrodes for High-Areal-Capacitance Supercapacitors
Hydrogen bubble templating and RuO2 electrodeposition create porous electrodes that raise micro-supercapacitor energy density and areal capacitance.
- Non-Aqueous Electrolyte Composition for Low-Gas High-Temperature Storage
Specific additive compounds build a stable SEI that cuts gas generation and preserves residual capacity during high-temperature battery storage.
- Electrolyte Additives for Cu/Zn Dendrite Control in Li-Ion Cells
Lone-pair organic additives complex with Cu/Zn in recycled cathode material, forming a protective film that blocks dendrites and short circuits.
- Electrolyte Composition for Low-Temperature, Low-Resistance Power Storage
A low-viscosity nonaqueous electrolyte cuts low-temperature resistance in power storage elements while avoiding toxic gas risks during accidents.