Magnetic force electricity generating method for solar energy thermomagnet transformation and device thereof

Abstract

The invention relates to a magnetic force electricity generating method for solar energy thermomagnet transformation. The magnetic force electricity generating method for the solar energy thermomagnet transformation comprises the steps: (1) enabling a plurality of soft magnetism iron cores to be arranged on the circumference of a magnetic drive rotating disc, enabling fixed permanent magnet yokes to be arranged at two ends of one or nonadjacent soft magnetism iron cores to be coupled with the soft magnetism iron cores distributed on the circumference of the rotating disc; (2) heating the coupled soft magnetism iron cores by a heat source to enable the temperature of the soft magnetism iron cores to exceed the Curie temperature; (3) moving the soft magnetism iron cores out the heat source by effect force of unbalanced magnetism after the soft magnetism iron cores are decoupled with the fixed permanent magnet yokes, wherein the soft magnetism iron cores are distributed on the circumference of the rotating disc and heated to be with the temperature exceeding the Curie temperature by the heat source, and the temperature of the soft magnetism iron cores automatically reduces or forcibly cooled until the temperature is lower than the Curie temperature, then iron magnetic response is produced and carries out circulation along with rotation of the rotating disc driven by magnetic force; and (4) driving a transmission shaft of the rotating disc by the magnetic force to output power to drive a generator to generate electricity. Meanwhile, the invention further provides a magnetic force electricity generating device for the solar energy thermomagnet transformation.

Description

Technical field [0001] The invention relates to a solar thermally induced magnetic transformation magnetic power generation device and method, in particular to a magnetic material that uses solar energy and other heat sources to heat magnetic materials to cause magnetic transformation at the Curie temperature point, thereby generating force with a fixed permanent magnet magnetic coupling system Distribution changes, generating mechanical rotational torque, and driving the generator to generate electricity. Background technique [0002] With the increasing depletion of fossil energy, the development and utilization of renewable energy has received more and more attention. As a kind of new energy with huge reserves, wide distribution, clean and safe energy, solar energy has attracted wide attention worldwide. At present, solar power generation mainly includes two modes: solar photovoltaic power generation and solar thermal power generation. Among them, solar photovoltaic utilizat...

AI Technical Summary

Problems solved by technology

The existing problem is that the thermal magnetic engine uses an open flame as a heat source, and the fuel is petroleum liquefied gas and other fossil energy sources that are on the verge of depletion. Issues such as combustion exhaust emissions and safety need to be further properly resolved.

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