The Lowdown on Generators

An Orangetown electric generator is a device that converts mechanical energy to electrical energy. Now the question is this: How do electric generators work? Well, in order to understand how an electric generator works, it's important to know the materials that make up one and the basic principle surrounding the device.

The whole operation that an electric generator conducts is based off of electromagnetic induction. It is based on Michael Faraday's principle that if an object or material that conducts electricity passes through a magnetic field, then an electric current will begin to flow through that material. With electric generators, that object is almost always made of some type of copper, normally a copper wire, which is one of the major components of an Orangetown electric generator.

Other major components of an electric generator include the following: a magnet which will create the necessary magnetic field, a hand crank or a turbine which will initiate motion so that the copper wire can pass through the magnet, and a voltage reader. What has to happen is that the hand crank or the turbine is set in motion. Then, the copper wire or conductive material inside the generator also begins to move, usually in a circular or otherwise continuous motion. The magnets inside the generator consequently create a magnetic field that induces an electric current in the conductor whenever it moves through it. With constant and continuous motion of the conductor comes a constant stream of electricity.

The amount of volts of electricity that is produced from the Orangetown electric generator is read on a voltage reading device that is connected to the generator. This voltage reader will not only tell you how much electricity is being produced, but also the high and low points of electricity production.

It is important to be able to answer the question "how do electric generators work" so that you will understand as well how things are powered from single homes to large cities in the world.