A controller initializes a battery impedance parameter estimation model with weighted historical values to calculate power capability.
A battery pack pressure monitoring system detects thermal events using dynamic thresholds and curve fitting analysis.
A vehicle drive system cools a high-capacity energy storage unit before a secondary unit using sequential coolant flow.
Longitudinal auxiliary battery placement acts as a buffer against rear collision forces, protecting the propulsion battery without adding structural complexity.
Extracting thermal control components outside the sealed housing prevents coolant leakage and condensation while maintaining operational reliability.
A battery cell holder uses upper and lower covers with extension fastening parts to secure cylindrical cells.
Sensor-controlled circuitry activates an internal heat source to maintain electrochemical cell temperature, resolving cold weather performance trade-offs.
A battery uses controlled short-circuiting to generate internal heat via Joule heating.
Multi-position valves connect battery and e-drive cooling circuits, routing coolant to augment heat removal during high load operating conditions.
Vertical stacking places the temperature control unit below the heavy-current disconnecting switch, resolving spatial conflicts that increase case dimensions.
Integrally molded bus bar module combines electrical connections and voltage detection circuits within a single resin structure.
A cooling rib inside a fuel tank thermally connects to a traction battery, dissipating heat to the fuel and reducing operating temperatures.
A battery pack incorporates a removable heat absorber containing phase change material to manage thermal loads.
Integrated control board manages pulsed power delivery to maintain precise temperature, eliminating rig deployment costs and reducing operational downtime.
A vehicle battery temperature regulating system uses a fan and duct to generate active cooling or warming airflow based on real-time conditions.
Nested flow spaces between the printed circuit board and cell connecting element reduce installation volume while maintaining thermal management.