Lead-Acid Accumulators TRIZ Cases
- Nonwoven Battery Pasting Mat to Suppress Lead-Acid Water Loss
Additive-coated nonwoven pasting mats suppress hydrogen evolution during charging, reducing lead-acid battery water loss and extending cycle life.
- Lead-Acid Battery Electrolyte Nanoparticles for Sulfation Resistance
Metal nanoparticles added to lead-acid electrolyte cut internal resistance and sulfation effects, restoring cranking power and cycle life.
- Battery Housing Sealing Plug With Axial Seal Compression
Axial compression replaces radial O-ring crushing in a battery housing plug, improving sealing under heat, vibration, and repeated assembly.
- Ultrapure Synthetic Carbon for High-Voltage EDLC Stability
Ultrapure synthetic carbon made by sol-gel, freeze drying, and activation reduces electrode impurities for stable high-voltage EDLC and battery use.
- Ceramic Particle Electrolyte for Longer-Lasting Battery Discharge
Loose hydrated alkali aluminum silicate particles in the electrolyte contact both electrodes to extend discharge and improve battery durability.
- Glass Microfiber Pasting Carrier for Stable Lead-Acid Electrodes
A porous glass microfiber mat with binder supports battery paste, limits shedding, and helps lead-acid electrodes survive expansion cycles.
- Oxidized Carbon Nanotube Binders for Low-Resistance Li-Ion Batteries
Targeted oxidation of high-surface area carbon nanotubes improves conductivity, ion transport, and swelling resistance in Li-ion batteries.
- Energy Storage Housing Stopper With Axial L-Shaped Sealing
Axial compression of an L-shaped sealing element helps an energy storage housing stopper resist wear, thermal loads, and complex installation.