A radially magnetized annular magnet and controlled element position reduce flux-density variation, improving power generation and angle detection stability.
Interleaved magnet and coil flanges simplify magnetic power generation while supporting stable rotation, easier installation, and low-pollution output.
A coupled rotor-stator layout reaches super-synchronous speed without power electronics, boosting energy storage and simplifying maintenance.
Dual stator windings on one pole merge high and low voltage interfaces, reducing complexity while supporting rapid energy release in flywheel systems.
Inductors and capacitors balance phase shifts in a single-wire system, stabilizing generator operation.
Merging driving and power-generating coils into one air gap reduces axial thickness while maintaining dual functionality.
A generator with a metamagnetic stator increases electrical current flow through superlinear magnetisation.
Mechanical buffering from wind or solar sources reduces primary grid consumption while maintaining consistent generator inertia.