Nanofluid magnetic wheel power generator and manufacture method thereof

Abstract

The invention provides a nanofluid magnetic wheel power generator and a manufacture method thereof. The nanofluid magnetic wheel power generator comprises a wheel tyre and a conductive brush fixed on one side of the wheel tyre, wherein a rotor coil is fixed in the wheel tyre, a fluid magnet is injected in the wheel tyre, and two output terminals of the rotor coil are connected with the conductive brush. The manufacture method of the nanofluid magnetic wheel power generator comprises the steps of: 1, manufacturing the rotor coil; 2, fixing the rotor coil in the wheel tyre, connecting the two output terminals of the rotor coil with the conductive brush; and 3, injecting the fluid magnet in the wheel tyre provided with the rotor coil. The nanofluid magnetic wheel power generator is low in manufacturing cost, simple in manufacture process and free of maintenance. Because a nano tube carbon fiber material and the fluid magnet are adopted, according to the present manufacture cost calculation, the cost of each wheel power generator is not more than 800 RMB. The nanofluid magnetic wheel power generator can be additionally arranged in the existing wheel tyre, and can be directly arranged when the wheel tyre is manufactured. Due to the adoption of the flexible material, no mechanical friction problems exist and no failure is basically caused.

Description

technical field [0001] The invention relates to a nanofluid magnet wheel generator and a manufacturing method thereof, belonging to the technical field of generators. Background technique [0002] At present, the traditional power generation technology using wheel rotation has low efficiency and high cost. The magnets used to generate the magnetic field are electromagnets or permanent magnets. These heavy materials greatly increase the overall weight of the vehicle and pose a threat to the safe driving of the vehicle. Negative impact, so it is difficult to promote the application. [0003] The diameter of carbon nanotubes is very thin, only a few nm, but its length is several um (1nm is one millionth of 1mm, 1um is one thousandth of 1mm), and the aspect ratio is very large. A hollow cylindrical crystal of carbon. As the core material of nanotechnology, carbon nanotubes have received worldwide attention. Its shape is a roll of graphite sheets with hexagonal distribution of...

AI Technical Summary

Problems solved by technology

[0002] At present, the traditional power generation technology using wheel rotation has low efficiency and high cost. The magnets used to generate the magnetic field are electromagnets or permanent magnets. These heavy materials greatly increase the overall weight of the vehicle and pose a threat to the safe driving of the vehicle. Negative impact, so it is difficult to promote the application

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