Stator for a rotating electrical machine

A rotary electric machine having a stator and a permanent magnet rotor, the stator having a stator mass that has slots in which electrical conductors introduced axially into the slots are housed, each of the slots having a continuously closed contour, wherein the electrical conductors comprise pins that are U-shaped or I-shaped.

A stator for a rotary electric machine, having a stator mass that has slots in which electrical conductors introduced axially into the slots are housed, each of the slots having a continuously closed contour, wherein the stator mass comprises teeth formed between the slots, which are connected to one another on a side of an air gap by bridges of material and on an opposite side by a yoke, the yoke and the teeth being in one piece, at least one slot having a transverse section of hexagonal shape.

A method for manufacturing a stator for a rotary electric machine, wherein electrical conductors are disposed in the slots of a stator mass of the stator by introducing them into the corresponding slots via one or both axial ends of the machine, wherein either a single U-shaped electrical conductor is disposed in two different non-consecutive slots of the stator mass of the stator, or two I-shaped electrical conductors previously introduced into two different non-consecutive slots of the stator mass of the stator are connected to one another.