Cells Structural Combination TRIZ Cases

Integrated busbar assemblies simplify battery cell bending and welding while improving module stiffness, heat dissipation, and pack standardization.

Transfer rollers and a winch let workers pull heavy battery modules from racks safely, avoiding ladders, scaffold moves, and manual lifting.

A diagonal PCB plate layout improves BMS heat dissipation and equal current sharing in compact lithium-ion battery designs.

Pre-installed cart power with mixed outlet types keeps displays and peripherals running without wall power or time-consuming cord setup.

A turntable-based cell combines resistance, energization, vision, heat-fusion, and laser welding to cut sensing block inspection time.

By comparing present and nominal battery capacity, the power bank flags health loss early and alerts a mobile device before charging fails.

A shared HV junction box replaces separate fuel cell and battery switch boxes to cut weight, space, cost, and component duplication.

Hall-sensor fasteners detect battery release early, giving the control unit time to switch power sources without interruption or component damage.

Isolation plates block heat from reaching the circuit board while conductive plates carry cell heat outward, reducing fire spread in compact packs.

Multiple sensors near the vent cap detect gas, temperature, pressure, or deformation changes early to identify battery cell rupture and thermal runaway.

A work-function thermoelectric element inside a secondary battery suppresses heat fluctuations and enables stable thermal-to-electric conversion.

An external battery and converter unit powers mining or construction work devices, cutting onboard weight, maintenance downtime, and energy-source constraints.

Wireless sensors compare battery and ambient temperatures to flag abnormal heating early and trigger preventive action in dense battery storage.

Thermal isolation plates protect the circuit board while conductive plates vent cell heat outward to slow fire spread in compact battery packs.

A battery ECU adjusts the heat medium temperature limit as thermal deterioration progresses, preserving insulation while maintaining battery heating.

Fire-resistant resin-glass fiber housing, mica insulation, and secure thermistor mounting help battery pack connectors limit heat transfer and fire risk.

Embedding the lead-out member and sampling unit into the battery end plate frees cell space while stabilizing connections and reducing fire risk.

An angled sealed corner lets the side seal fold upward without entering the terrace region, preserving seal integrity and avoiding connector interference.