Stator of an electric flux machine, and axial flux machine

A stator of an axial flux machine, the stator comprising:

• a plurality of axially protruding stator teeth;
• a plurality of first windings, each wound about a respective one of the stator teeth;
• a respective radial spacing element between each said first winding and the respective one of the stator teeth to form a gap between a radial inner side of the first winding and the respective one of the stator teeth which is adapted for a cooling fluid to flow therethrough;
• a plurality of additional windings that each surround, at least in regions, a radial outer side of each respective one of the first windings;
• and
• at least one distancing element arranged radially between each of the first windings and the additional windings that are arranged directly adjacent to one another, so that respective gaps are formed between the first windings and the additional windings that are adapted for the cooling fluid to flow therethrough.

A stator of an axial flux machine, the stator comprising:

• a plurality of axially protruding stator teeth;
• a first winding wound about at least one of the stator teeth;
• and,
• at least one radial spacing element, said first winding being spaced apart from said one of the stator teeth by the at least one radial spacing element such that a gap is formed between a radial inner side of the first winding and the stator tooth which is adapted for a cooling fluid to flow therethrough;
• wherein at least one of the stator teeth is wound with the first winding, and the first winding is surrounded at least in regions on a radial outer side thereof by at least one additional winding;
• and
• wherein the stator further comprises at least one distancing element arranged radially between the first winding and the at least one additional winding that are arranged directly adjacent to one another, so that a gap is formed between the first winding and the at least one additional winding that is adapted for the cooling fluid to flow therethrough.