Cell/Batteries Leak Testing TRIZ Cases
- Traction Battery Sensor Placement for Leak Detection
Particle and gas sensors monitor battery modules to detect outgassing and contaminant ingress within the housing.
- Battery Pack Cooling via Segmented Air Valves
Segmented battery cooling uses valve-controlled compressed air to rapidly lower pack temperatures while detecting gas leaks.
- Secondary Battery Internal Pressure Measurement via Membrane Intermediary
A secondary battery measurement method uses a membrane intermediary to detect surface pressure changes during gas injection.
- Porous Coordination Polymer Gas Adsorption Selectivity
A porous coordination polymer with tuned metal sites enhances gas adsorption capacity through specific surface area.
- Coolant Distribution Interface with Testing Channel for Battery Modules
A coolant distribution interface uses a testing channel to detect leaks between sealing sections in battery module housings.
- Electrochemical Store Defect Localization via Thermal Pressure
Temperature control increases subarea pressure in electrochemical stores to localize defects, reducing maintenance time without adding sensor complexity.
- Soft Short Detection in Electrochemical Cells via Cryogenic Cooling
Cryogenic cooling inhibits ion migration, allowing open circuit voltage observation to identify soft shorts within minutes instead of days.
- Single-Switch Traction Battery Leakage Detection Circuit
A single-switch leakage detection circuit measures voltage across resistors to identify battery pack isolation faults.
- Self-Activated Battery Drain Device for Coolant Leakage
An absorbing material expands upon contact with liquid coolant, opening a valve to expel fluid and prevent electrical shorts in high voltage batteries.
- Battery Case Depressurization for Integrated Electrolyte and Gas Filling
Depressurizing a battery case before filling it with electrolyte solution and leakage testing gas.
- Power Storage Device Leakage Detection via Corrosion
A power storage device uses a corrosion portion to detect electrolyte leakage through a liquid discharge valve.
- Secondary Battery Failure Detection via Gas Analysis
Gas detection system identifies battery modules with active material leakage, resolving delayed voltage change response times.
- Washer Detecting Electrolyte Leakage via Color Change
A battery washer uses an indicator component to change color upon electrolyte contact, enabling visual leakage detection.