Sequential Battery Discharge TRIZ Cases
- Battery Unit Selection for Stable DC Link Voltage Control
A selected battery unit regulates DC link voltage while other units share charge and discharge power despite load swings and power limits.
- Battery-Capacitor Output Extension Circuit for Longer Runtime
Alternating capacitor charge-discharge between two rechargeable batteries extends load runtime while reducing battery size, weight, and count.
- Cascade Battery Charging Control Using Device Count Detection
Output voltage and current are adjusted from the detected number of cascaded charging nodes to improve multi-pack charging efficiency and control.
- Utility Vehicle Lithium Battery Access Control Against Over-Discharge
A BMS-controlled battery interface disconnects idle utility vehicle loads to prevent parasitic over-discharge and lithium battery instability.
- Multi-Battery BMS Control for Voltage Surge Isolation
A BMS monitors battery voltage and connection state to block inter-battery charging and current surges in multi-battery equipment.
- Utility Vehicle Lithium Battery Isolation for Parasitic Load Protection
A BMS isolates a utility vehicle lithium battery during sleep, faults, and timeouts to block parasitic discharge and instability.
- Modular Cell Control Circuit for Bypassing Faulty Storage Cells
Modular cell units with integrated switches and commutation bypass faulty cells, easing assembly and mixing new and original cells.
- Trigger Switch Power Gating for Low-Quiescent Battery Tools
Selective regulator enable lines let a battery-powered tool cut idle sub-circuit draw below 7 micro-amps and protect lithium-ion packs.
- Utility Vehicle Lithium Battery Isolation for Over-Discharge Protection
Automatic sleep and wake-up isolation disconnects utility vehicle loads to prevent lithium battery over-discharge and instability.
- Hybrid Energy Storage Voltage Regulation for Balanced Bus Rails
Independent regulators and trim control balance separate HESM bus rails to prevent voltage drift, overcharge, and power quality issues.
- Battery Pack Control for Cell-Level Charge and Discharge Tolerance
Real-time cell monitoring adjusts pack and cell charge-discharge limits to prevent weak-cell overcharge, capacity loss, and safety failures.
- Battery Changeover Switch Control for Reverse Current Suppression
PWM half-ON control and voltage-difference thresholds suppress reverse current between main and sub batteries without larger control circuits.
- Dual-Battery Load Switching for Voltage Imbalance Control
Alternating two battery packs through a switching controller avoids parallel voltage imbalance, cutting wasted power and extending battery life.
- Parallel Battery Pack with Semiconductor Switching for Charge Balance
Semiconductor switching modules manage bi-directional current flow to balance usage and improve charge retention in parallel battery packs.
- Battery Module Coupling Unit for Dynamic Voltage Control
Segmenting a battery string with coupling units allows dynamic selection of modules by state of charge, resolving current distribution conflicts.