Propulsion By Capacitors TRIZ Cases
- Automated Parking Power Control With Capacitor Backup Switching
Precharged capacitor backup and parallel low-voltage switching keep automated parking fail-safe without enlarging the redundant power supply.
- Supercapacitor Starting Circuit With Adaptive Discharge Control
Adaptive supercapacitor discharge uses battery voltage and temperature feedback to support vehicle starting while reducing energy waste and battery stress.
- Hybrid Energy Storage Layout for Fast-Charging Electric Machines
A dual-storage architecture separates fast-charging high-power loads from auxiliary backup power to cut charging downtime and battery oversizing.
- Hybrid EV Power Switching With Supercapacitors for Peak Load
Relays and a processor switch EV loads between batteries and supercapacitors to handle peak bursts, cut battery cycling, and extend life.
- Hybrid Energy Supply Control Using Reference Power Balancing
Dynamic reference power control balances hybrid energy suppliers while tuning gas flow and furnace temperature to improve efficiency and service life.
- Dual-Voltage In-Vehicle Power Supply With Capacitor Load Support
A dual-voltage vehicle power layout uses DC/DC conversion and capacitor buffering to cut wire size, power loss, and load-side voltage fluctuation.
- Motor-Energy Generator and Storage Device Integration
Integrating a motor-energy generator with an energy storage device recovers waste energy while managing module complexity.
- Ultracapacitor Module Stabilizes DC Voltage for Start-Stop Systems
An ultracapacitor module stabilizes the vehicle DC voltage bus during engine stops to support hotel loads and reduce battery stress.
- Electric Vehicle Battery Heating Circuit Isolation Switch
Bidirectional switchgear isolates the load capacitor from the heating circuit, eliminating voltage interference and ensuring stable battery temperature control.
- Modular Assembly Pallet with Adjustable Positioning for Battery Cell Stacks
A modular assembly pallet uses adjustable positioning engagement members to secure cell stacks during manufacturing.
- DC-DC Converter Ring Topology for Electric Drive Energy Supply
Three DC-DC converters form a ring topology to couple multiple energy sources directly to an electric drive.