co-directional induction current generator

Abstract

A co-direction induction current generator relates to an electromagnetic induction generator. The induction current generator in the same direction includes a permanent magnet that generates a magnetic field and an induction coil that generates an induced current; although the left and right sides x and y of an induction coil are the same coil, the winding directions are opposite. The induced currents generated at the same time point will affect each other, and the left and right sides will be separated by a distance f. This distance f is designed to be 1.25 times the diameter d of the permanent magnet M in this embodiment, so the induced currents in the induction coil are all in the same direction. direction flow. The poles of the permanent magnet are at a 90° angle to the coil, and the permanent magnet moves relative to the induction coil. The invention has high power generation efficiency, low reverse braking force during power generation, can generate safe electric energy that is not afraid of short circuit and low damage force, and increases electric safety.

Description

technical field [0001] The present invention relates to electromagnetic induction generators. Background technique [0002] The existing generators use rotating closed coils to continuously cut the magnetic flux of the magnetic field to generate magnetoelectric induction currents, but due to the mutual influence between the coils, some currents between the coils form a hedge, which in turn affects the power generation performance of the generator , the power generation performance is not good, and the generator is heated at the same time. Contents of the invention [0003] The object of the present invention is to provide a co-direction induction current generator capable of generating co-direction induction current. [0004] The purpose of the present invention can be achieved in this way, design a kind of induction current generator in the same direction, comprise the permanent magnet that produces magnetic field and the induction coil that produces induction current; E...

AI Technical Summary

Problems solved by technology

[0002] Existing generators use rotating closed coils to continuously cut the magnetic flux of the magnetic field to generate magnetoelectric induction currents, but due to the mutual influence between the coils, some currents between the coils form a hedge, which in turn affects the power generation performance of the generator , the power generation performance is not good, and the generator heats up at the same time

Images