Magnetic field modulation hybrid excitation transverse flux linear generator

Abstract

The invention discloses a magnetic field modulation hybrid excitation transverse flux linear generator, which comprises an outer stator, the inner part of the outer stator is hollow, an inner stator is sleeved in the outer stator, a composite magnetic field is formed between the inner stator and the outer stator, and rotors distributed in an array are arranged between the inner stator and the outer stator. The rotor reciprocates along a straight line to cut a magnetic induction line between the inner stator and the outer stator, the rotor comprises magnetic sheets distributed in an array and diamagnetic sheets distributed in an array, the magnetic sheets and the diamagnetic sheets are arranged at intervals, and the staggered arrangement of each rotor is different. According to the generator, the rotor with the magnetic sheets and the diamagnetic sheets distributed at intervals is arranged, the magnetic field modulation effect is achieved, the magnetic field conversion speed of the armature winding of the magnetic field modulation linear motor is increased at a low speed, and the voltage of the output end of the motor is increased; and the rotor moves along a straight line, so that the intervals between the magnetic sheets and the diamagnetic sheets between the outer stator and the inner stator are changed, a sine flux linkage is formed, and a three-phase sine back electromotive force is obtained.

Description

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AI Technical Summary

Benefits of technology

This patented technology allows for faster rotation of magnetization within certain areas on both sides of each coil wire during operation without affecting its overall performance or efficiency. It also includes a mechanism called a rectangular array made up of multiple sheets with different orientations placed inside it to create space where there are two types of electric current flow: one flows through specific parts (the inner part) while another passes around them. By adjusting these currents, we can control how strong they rotate about itself, resulting in more efficient motors.

Problems solved by technology

The technical problem addressed by this patented technology is how to improve the performance (power) of an alternating current induction machine that uses multiple poles or rotors while also maintaining stable operation during different cycles of changing input voltage levels without compromising its overall energy production capacity.

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