Batteries Data Exchange TRIZ Cases

A processor manages battery information through an always-on component to handle power states.

A battery monitoring system compares stored initial data with real-time information to identify pack changes.

Motorized cord extension resolves manual connection bottlenecks by automatically aligning connectors with off-floor power supplies.

A battery management system integrates wireless communication units within cell measurement circuits and sensing units to replace physical wiring harnesses.

Parallel semiconductor switches bypass open-circuit battery cells during thermal runaway propagation, maintaining DC bus voltage and propulsion capability.

Multi-battery system replaces exposed mechanical switches with electronic identification units to prevent moisture intrusion damage.

An integrated charging system transmits data over power rails using sine-wave modulation, reducing headset volume by eliminating separate contacts.

A slidable electronic device moves a supporting member to shield a wireless charging coil in the first mode and expose it in the second mode.

Segmented site controllers maintain dispatch reliability during network failures while merging user resources to reduce charging costs.

A charging pole initiates energy transfer before user commands via sensor detection, reducing charging time by automating authentication.