Modular generator

Abstract

The invention relates to a modular generator which comprises a shell, at least two magnet rotors, at least one coil stator and a transmission shaft. The modular generator is characterized in that the centers of the magnet rotors are provided with shaft holes which are used for enabling the transmission shaft to pass through and are driven to rotate by the transmission shaft; each magnet rotor is uniformly provided with the even number of units in the peripheral direction; a magnet is arranged in each unit; the magnets in each two adjacent units are different in polarity; the magnets in the opposite units between each two adjacent magnet rotors are different in polarity; each coil stator is uniformly provided with a silicon steel sheets of which the number is the same with that of the units of each magnet rotor in the peripheral direction; the silicon steel sheets are radially mounted on a ring-shaped bracket; the ring-shaped bracket is uniformly wound with a coil; the coil is separated by the silicon steel sheets; the magnet rotors and the coil stators are alternately arranged and fixed on the transmission shaft; input power is low, and output power is high; a load is increased, and the input power is not increased, but is reduced; and the coil stators and the magnet rotors are modularized, so that a volume is reduced.

Description

technical field [0001] The invention relates to a modularized generator which converts mechanical energy into electric energy by modularizing a coil stator and a magnet rotor and installing them in a casing. Background technique [0002] Currently on the market, the structure of the generator is provided with a stator and a rotor that can interact in the casing, and the transmission shaft is arranged on the casing and fixed with the rotor. When the external mechanical power drives the transmission shaft to rotate, that is, at the same time The rotor is driven to rotate, and the rotor and the oppositely arranged stator can generate electric energy and output it after the action of the magnetic force lines, but the loss of the traditional generator is large and the output is small. If a certain efficiency is required, it must have a certain volume, so it takes up space. Large and the heat generated inside is not easy to spread, resulting in a significant reduction in output po...

AI Technical Summary

Problems solved by technology

[0002] Currently on the market, the structure of the generator is provided with a stator and a rotor that can interact in the casing, and the transmission shaft is arranged on the casing and fixed with the rotor. When the external mechanical power drives the transmission shaft to rotate, that is, at the same time The rotor is driven to rotate, and the rotor and the oppositely arranged stator can generate electric energy and output it after the action of the magnetic force lines, but the loss of the traditional generator is large and the output is small. If a certain efficiency is required, it must have a certain volume, so it takes up space. Large and the heat generated inside is not easy to spread, resulting in a significant reduction in output power

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