Charge Equalisation Circuit TRIZ Cases

A battery balance module uses a relay matrix to connect an equalization circuit across series-connected cells for individual voltage measurement.

Bimodal adhesive resin particles in a battery separator create porous pathways that reduce electrical resistance without sacrificing adhesion strength.

Regulating device adjusts switches to equalize voltage across parallel battery units.

An integrated counter tracks firing cycles to determine end-of-life, preventing malfunctions from excessive instrument use.

Reactive charge transfer units balance series-connected cells by moving charge differentials without dissipating energy as heat.

Auxiliary charging device connects in parallel to normal cells and series to abnormal ones within a battery pack assembly.

Sequential signal routing configures integrated circuit addresses within multi-series battery control systems without dedicated hardware terminals.

Adjusters balance currents between series battery units to maintain specific voltage differences during charge and discharge cycles.

A multi-parallel battery charger switches between current-limited and direct charging paths based on real-time voltage differences among battery banks.

An adapter connects battery packs to power tools and measures charge levels to stop power supply when older batteries lack alarm functions.

A sodium-sulfur battery control method maintains cells in an intermediate state between charge and discharge ends.