Magneto-caloric power generation equipment

A magneto-caloric power generation machine, comprising:

• at least one magneto-caloric power generation unit, wherein the magneto-caloric power generation unit further comprising:
• two supports which are correspondingly connected;
• a rotor;
• two stators;
• and
• a heating and cooling device, wherein the supports are provided with an axle seat A, and the rotor is provided with an axle seat B, wherein an accommodating space is formed between the two supports, and the rotor is disposed in the accommodating space, wherein a dynamic rotation axle is inserted into the axle seat A and the axle seat B, enabling the rotor to rotate in the accommodating space, wherein one end of the dynamic rotation axle is connected to the power generation equipment, wherein the heating and cooling device is fixed on the supports, wherein the rotor comprises an annular support, which is concentric with the axle seat B, wherein the axle seat B is disposed in the annular support, and a plurality of supporting pieces is disposed between the outer wall of the axle seat B and the inner wall of the annular support, wherein the two sides of the annular support are provided with an even number of groups of hard magnet fixing grooves, wherein the hard magnet fixing grooves of the two sides of the annular support are configured in a staggered manner, wherein each group of hard magnet fixing grooves is uniformly distributed on the annular support, wherein the even groups of hard magnet fixing grooves on the same side of the annular support are provided with annular accommodating grooves, wherein the hard magnet fixing grooves are provided with hard magnets, wherein the two stators, which can move towards each other, are disposed in the accommodating grooves of the two sides of the annular support, wherein the two stators are respectively fixed on the corresponding support, wherein the stator comprises an annular cavity which has an opening on one side, and a cover plate corresponding to the opening of the annular cavity, wherein an even number of soft magnet cavities are uniformly distributed in the annular cavity, wherein the number of the soft magnet cavities is the same as that of the hard magnet fixing grooves on one side of the annular support, wherein the soft magnet cavities are provided with soft magnets, wherein the accommodating cavity cover plate is provided with a fluid inlet pipe and a fluid outlet pipe, which are interconnected to the annular cavity, wherein the fluid inlet pipe is connected to the corresponding fluid outlet of the heating and cooling device, wherein the fluid outlet pipes of the two stators are connected to the fluid discharging system.