Six-phase winding of electric machine stator

Claim 1

A six-phase winding in an electric machine stator comprising: two three-phase windings electrically shifted relative to each other, through 30 electrical degrees, like phases of said three-phase windings being wound in opposite directions so that one three-phase winding is wound clockwise while the other is wound counterclockwise, each phase winding being wound in one direction, a like phase being wound in another direction so that directions of separate phase windings alternate, leadouts of the three-phase windings being brought out at different sides of said stator, said windings being shifted both electrically and spatially relative to one another by 30°, said six-phase winding being a two-layer winding of a stator in a turbo generator, said leadout being brought out at opposite sides of said stator, each phase of the winding occupying circumferentially two-phase zone, the entire circumference being divided in two twelve phase zones, each phase zone having three slots, groups of coils of one-phase lodged in different phase zones being connected in parallel, voltage prevailing between the twin bars at a phase zone joint being substantially equal to the phase voltage, the highest possible voltage at a a phase long joint of said six-phase winding being reduced substantially to the phase voltage.