Inertia generator

Abstract

The invention discloses an inertia generator, which comprises a fixed magnetic ring, a suspension magnetic ring and a generator motor. The generator motor is provided with a motor shaft, the generatormotor drives the motor shaft to rotate circumferentially after being connected with a current, and the generator motor enters a power generation state after the current is cut off; the suspension magnetic ring is embedded in an insulating disc to form a rotor, and the insulating disc is made of an insulating material; the insulating disc can slide axially and is arranged on the motor shaft in a manner of being incapable of rotating relative to a circumference; and the fixed magnetic ring and the suspension magnetic ring have magnetism, and the gravity of the rotor is counteracted through a magnetic force between the fixed magnetic ring and the suspension magnetic ring so that the rotor can suspend. The rotor is lifted through the magnetic force of the fixed magnetic ring and the suspension magnetic ring so that the weight of the rotor can be effectively increased, but the rotor is suspended and hardly has the friction force, the generator motor can drive the weight which is more thanseveral times of a rated load, the rotor weight is increased, and later rotation inertia is greatly increased too; and therefore, a generating capacity can be effectively improved.

Description

technical field [0001] The invention relates to power generation technology, in particular to an inertia generator. Background technique [0002] The generator is already one of the very mature products at present. It mainly drives the rotor of the generator to rotate through external force, so that the rotor cuts the magnetic field to generate electric energy. At present, generators are mainly driven by external energy to generate electricity. Due to heat generation, friction and other losses, the power generation is often less than 70% of the input energy, so the energy utilization rate is not high. The improvement of the energy utilization rate of generators is a major technical difficulty at present. After decades of technological development, it is still impossible to achieve effective breakthroughs. [0003] Therefore, the inventor has designed an inertia generator, which can use a small amount of electric energy to drive the generator motor to rotate, and then use th...

AI Technical Summary

Problems solved by technology

At present, generators are mainly driven by external energy to generate electricity. Due to heat generation, friction and other losses, the power generation is often less than 70% of the input energy, so the energy utilization rate is not high.

The improvement of the energy utilization rate of generators is a major technical difficulty at present. After decades of technological development, it is still impossible to achieve effective breakthroughs.

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