What is an electromagnetic generator?
The electromagnetic generator is a device that transforms mechanical energy into electricity by means of interconnected principles of magnetism and electricity. The process by which the electromagnetic generator produces electricity is called electromagnetic induction, which essentially means that the electric current is induced inside the conductor using a magnet. Most electronic generators are working on electromagnetic induction and some use renewable energy sources such as hydropower and wind energy to create initial mechanical energy. In principle, mechanical energy can be considered as kinetic energy or movement energy.
Induction in the electromagnetic generator is a process that creates electricity inside the conductor. This process works because the forces of electricity and magnetism are essentially the same. Both work on the principle that some particles have a charge, and objects with enemy ammunition are attracted to each other. Negatively charged electrons are attracted positively chargedMi protons through the process of basic magnetism. The flow of electrons to the positive charge is called electricity.
These interconnected principles mean that electricity can be created using an electromagnetic generator. When the magnet is passed through the conductor, it basically organizes positively charged and negatively charged particles into groups, as the particles are attracted to the opposite poles on the magnet. This creates electricity inside the conductor when the particles move to the position. By constantly turning the wire through the magnetic field, a continuous flow of electricity is created. This is called electromagnetic induction.
The general design of the electromagnetic generator is based on this process of electromagnetic induction. This phenomenon was discovered by a British scientist named Michael Faradayyv in 1831 and for most types of electromagnetic generator today is used an updated version of this basic deSigna. Faraday created a generator by setting a horseshoe with a loop of a wire rotating between the North and South Poles. The wire is connected to a device that can directly use the energy created or to a battery that stores energy. Connecting the generator with a volt meter shows how much current is formed.
energy is never created or destroyed, so the force used to turn the mechanical part of the electromagnetic generator still requires a power source. This can be obtained through fossil fuels or nuclear energy, but can also be created through renewable forms of energy. Many electromagnetic generators rely on the power created by wind, falling water or even solar energy. If the electromagnetic generator works on a renewable and free energy source, generated energy does not damage the environment.