from the copper coil with magnetic repulsion will produce electrical energy | Electrical Works

⚡Unexpected Repulsion Effect Observed in Coil Test⚡ During today’s rotor test with my new 3600-turn bifilar coil, I captured something unusual on camera. While the coil was powering an LED at full brightness, it did not pull toward the rotating magnetic field. Instead, the magnets actively pushed the coil backward all while the rotor experienced very little drag. What caused this? The effect came directly from the coil’s bifilar center-tap configuration, not from any special coil angle. The way

This is an early Century Electric repulsion-start induction motor firing up. On startup, it uses a repulsion motor setup with brushes and a commutator to generate high starting torque. Once it comes up to speed, a centrifugal mechanism mechanically shorts the commutator, converting it into a standard induction motor. That distinct clunk you hear is the moment the motor switches over from repulsion start to induction run. No electronics. No relays. Just pure mechanical engineering doing its job.

Reluctance Motor Types Overview and detailed Function