The principle of magnet power generation

The principle of magnet power generation is to use the current-carrying wire to generate electromagnetic induction under force in a magnetic field, thereby generating current. Specifically, when a current is passed through a conductor, a magnetic field is created. If this conductor is placed in a magnetic field, it will experience a force whose magnitude is related to the current strength of the conductor, the strength and direction of the magnetic field of the magnet, and the length and shape of the conductor.
In order to use a magnet to generate electricity, we need to place a conductor in a strong magnetic field and pass a current through it to induce electromagnetic induction. This enables an electromotive force to be generated, thereby generating electrical energy.
In practical applications, people usually use electromagnets to generate magnetic fields. The conductor is then placed over the electromagnet and a current is passed through it to induce electromagnetic induction. The generated electromotive force can be used to drive electric motors or other devices to achieve energy conversion.