The invention discloses a stator-partition type consequent-pole hybrid excitation motor which comprises armature windings, exciting windings, permanent magnets, a stator where the armature windings are located, a rotor and a stator where the exciting windings are located. The stator where the armature windings are located and the stator where the exciting windings are located are respectively disposed on both sides of the rotor. When the stator where the armature windings are located is the outer stator, the stator where the excitation windings are located is the inner stator; and when the stator where the excitation windings are located is the outer stator, the stator where the armature windings are located is the inner stator. The number of teeth of the stator where the armature windingsare located is Nst, and the number of teeth of the stator where the field windings are located is Nst/3. The tooth tips of the stator teeth where the exciting windings are located face the rotor direction, and the tooth tip of the stator tooth where each exciting winding is located has one or two permanent magnet poles, and the number of poles formed is three; and the magnetizing directions of the permanent magnets of the stator teeth where the adjacent exciting windings are located are reversed. The motor of the invention solves the problem of space restriction on the permanent magnets and the armature windings, and meanwhile realizes effective adjusting of air-gap fields through setting the set of exciting windings on the stator.