Flywheels TRIZ Cases
- Internal Magnetic Flywheel Control With Wider Resistance Range
A coaxial magnetic control disk and speed sensor expand flywheel resistance range while improving adjustment accuracy and stability.
- Stationary-Shaft Flywheel Layout for Rotor Stability and Low Loss
A stationary shaft with magnetic levitation spreads rotor loads, cuts stress concentration, and reduces flywheel energy loss.
- Segmented Flywheel Rotor Balancing for High-Speed Structural Integrity
Stacked plates, balancing holes, adhesive filler, and rods keep the flywheel center of mass aligned to prevent breakage at high speed.
- Internal Magnetic Flywheel Assembly for Wider Resistance Control
A coaxial magnetic control disk and speed sensor expand flywheel resistance range, stabilize damping, and simplify fitness equipment maintenance.
- Self-Adjusting Flywheel Battery Structure for Multi-Mode Magnetic Bearing Loss
Switching active and passive magnetic bearings lets a vehicle flywheel battery cut control loss while staying stable in charge, standby, and discharge modes.
- Stationary-Shaft Flywheel Layout for Stress-Stable Energy Storage
A stationary shaft through the rotor cuts stress concentration and energy loss, improving flywheel stability in offshore and seismic use.