Superconducting rotating generator

Abstract

A superconducting rotating generator comprises a cylindrical frame, a stator which is integrally arranged around the inner periphery of the cylindrical frame, and a rotor which is concentrically arranged, wherein the rotor rotates in the stator, and forms parallel spacing with the inner surface of the stator, and a cylindrical gap is reserved between the inner periphery of the stator and the outer periphery of the rotor. A stator coil comprises a first coil which consists of ultrafine copper (Cu) wires, and a second coil which consists of ultrafine wires of superconducting alloy of Cu, Nb3Sn, V3Ga, V3Ge, Bi, Ca, CuO and Sr and is coated with an insulation layer. Under the condition without the conventional rotatable cryogenic vessel, strongly anomalous Josephson effect can be obtained, green electric energy can be output, the generating quality can be changed, and the generating efficiency can be improved. The invention changes the mode of generating by conventional energy, does not cause pollution, can be applicable to all the fields, and meets the requirements of using electric energy in all the fields.

Description

technical field [0001] The invention relates to a new type of superconducting rotary generator, which belongs to the category of power generation equipment, and is a replacement product of the superconducting rotary generator currently in practical use. Produce green power, change the quality of power generation, and improve power generation efficiency. Change the mode of using traditional energy to generate electricity, without pollution, it can be applied to various fields to meet the needs of various fields to use electric energy. [0002] The novel superconducting rotary generator involved in the present invention, with the help of the unique superconducting coil and superconducting motor, not only can obtain the abnormal Josephson effect through the superconducting coil, but also can not use the traditional method of ensuring the superconducting state when powering on. In the case of a rotatable cryocontainer this effect is obtained by applying a transmission torque on t...

AI Technical Summary

Problems solved by technology

[0005] However, the rotatable cryocontainer necessarily increases the size of the equipment and is difficult to operate, and generates very little power

[0006] Like poles of permanent magnets repel each other, while opposite poles attract each other, so that even if the negative and positive poles are cut into very thin pieces, one of them will magnetize the negative pole and the other will magnetize the positive pole, making it difficult to obtain rotational motion

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