Variations in winding tension and transformer efficiency lead to unstable power output. Stabilizing flux ensures reliable ignition and energy conversion across varying mechanical speeds.

Inefficiencies in the assembly line and manual fabrication steps limit production scale. Streamlining the stator construction process reduces cycle times and unit costs.

Inertia-driven over-rotation during line deployment causes tangling and jamming. Eliminating slack ensures continuous operational reliability and prevents mechanical failure.