Flux barrier electric machine with superconducting induced element and inductor

A superconducting flux barrier electric machine, comprising:

• an induced element, and
• an inductor, wherein the inductor comprises a superconducting induction coil and a rotary portion forming a rotor, and the induced element comprises an arrangement of electromagnetic coils coaxial with the superconducting induction coil,
• wherein the rotor comprises superconducting pellets mounted radially inside the superconducting coil on an axis of rotation of the machine, the superconducting pellets being distributed in the orthoradial direction of the superconducting machine and configured to form flux barriers, wherein the electromagnetic coils are made of a superconducting material and wherein the induced element and the inductor are arranged in an assembly forming a cooling chamber provided with at least one vacuum chamber configured to cool down the superconducting induction coil, electromagnetic coils, and superconducting pellets, wherein the electromagnetic coils comprise twisted filaments comprising MgB2 in a titanium matrix, wherein the assembly forming the cooling chamber comprises a first cryogenic chamber in which the superconducting induction coil is placed and a second cryogenic chamber in which the rotary portion of the inductor and the induced element are placed.