Extra Magnetism
Extra Efficiency


Our Technology restores full repulsive force in a permanent magnet motor, and uses it along with full attractive force to create stronger output power without using additional input power.

How Repulsive Force was Activated

A set of 4 techniques activates repulsive force in our motor without damaging attractive force and without using additional input power.

Technique 1

Energizing of expelling tooth for Repulsion


Technique 2

Termination of Braking Effect



Technique 3

Use of Attracting Flux of Permanent Magnet to strengthen the Repulsion

Technique 4

Addition of Extra Permeability to everyone of the PM Field Poles

technique 1

Energizing of expelling tooth for Repulsion

In this motor, not only coming tooth of the armature is energized to attract a mono field pole but also expelling tooth is energized to repel the same field pole by a special commutation system.

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technique 2

Termination of Braking Effect

A deep research proved that dipolar flux between PM field poles through the armature core causes a heavy breaking effect on the rotation of the armature. To terminate the braking effect,mono field poles [Like polarity poles] were used in the motor instead of dipolar field poles.

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technique 3

Use of Attracting Flux of Permanent Magnet to strengthen the Repulsion

In this motor, the same part of the flux of the same permanent magnet pole that attracts coming armature tooth revolve through the iron core of the armature and then radiates from the expelling tooth of the armature strengthening the repulsion very highly.

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technique 4

Addition of Extra Permeability to everyone of the PM Field Poles

Further research proved that the addition of extra permeability to a permanent magnet highly strenghtens Repulsive force without using additional input power.This research has been applied to the prototype motor.

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Final effect of the application

The efficiency of the motor increases 33% when it works using both attractive and repulsive forces in comparison with the efficiencies that appear when the motor work using any single force.