This article is about how to make an electrical generator.
I am going to give you the parts that every electrical generator consists of and that you need to incorporate to make it work and actually produce electricity.
Let's start off with the definition of the electrical generator, so that it's clear what we're talking about, because some people actually have a wrong image of what an electrical generator is.
An electrical generator is any kind of machine or device that transforms mechanical energy into electrical energy.
From this simple fact follows, that any generator needs to have some kind of part that creates mechanical energy and one that transforms this into electrical energy.
A simple application of this principle would be your bike's dynamo.
You create the mechanical energy by turning the wheels while riding your bike.
The dynamo is then moved by being attached to the wheel.
Attached to the dynamo is a magnet.
Either it is stuck to the little head of the dynamo that is turning or it is surrounding the part that is turning.
The respective other part of the dynamo will consist of metal.
Let's assume that the middle part that is turning is a metal loop and the surrounding part is the magnet.
When the metal loop is turning, the magnetic field that is penetrating every single point of the metal is changing over time, as the magnet stays still, but the metal is moving relatively to it.
When a magnetic field that penetrates a piece of metal is changing over time, no matter how fast or slow, then an electrical current is induced.
As the change becomes bigger, i.
e.
the turning gets faster, the induction becomes stronger.
Therefore the lamp at your bike will glow brighter when you ride faster, because the induced electrical current is stronger.
This is how mechanical energy, the turning, is transformed into electrical energy, the induced current.
This is how to make an electrical generator.
Now, for normal generators there is always some kind of input needed to drive them, to create the mechanical energy.
This can be energy created by nuclear fission or also something simple as burning coal or oil.
What those means of creating mechanical energy all have in common, is that they damage the environment, as either some kind of waste is created that damages the environment, or something is consumed, that cannot be replaced.
By now there has been a lot of research and a new kind of energy device has been found, also following the basic principle of the electrical generator.
It is called the magnetical generator and is able to produce free energy, meaning that it doesn't need ANY input after a startup period where some energy has to be fed.
I am going to give you the parts that every electrical generator consists of and that you need to incorporate to make it work and actually produce electricity.
Let's start off with the definition of the electrical generator, so that it's clear what we're talking about, because some people actually have a wrong image of what an electrical generator is.
An electrical generator is any kind of machine or device that transforms mechanical energy into electrical energy.
From this simple fact follows, that any generator needs to have some kind of part that creates mechanical energy and one that transforms this into electrical energy.
A simple application of this principle would be your bike's dynamo.
You create the mechanical energy by turning the wheels while riding your bike.
The dynamo is then moved by being attached to the wheel.
Attached to the dynamo is a magnet.
Either it is stuck to the little head of the dynamo that is turning or it is surrounding the part that is turning.
The respective other part of the dynamo will consist of metal.
Let's assume that the middle part that is turning is a metal loop and the surrounding part is the magnet.
When the metal loop is turning, the magnetic field that is penetrating every single point of the metal is changing over time, as the magnet stays still, but the metal is moving relatively to it.
When a magnetic field that penetrates a piece of metal is changing over time, no matter how fast or slow, then an electrical current is induced.
As the change becomes bigger, i.
e.
the turning gets faster, the induction becomes stronger.
Therefore the lamp at your bike will glow brighter when you ride faster, because the induced electrical current is stronger.
This is how mechanical energy, the turning, is transformed into electrical energy, the induced current.
This is how to make an electrical generator.
Now, for normal generators there is always some kind of input needed to drive them, to create the mechanical energy.
This can be energy created by nuclear fission or also something simple as burning coal or oil.
What those means of creating mechanical energy all have in common, is that they damage the environment, as either some kind of waste is created that damages the environment, or something is consumed, that cannot be replaced.
By now there has been a lot of research and a new kind of energy device has been found, also following the basic principle of the electrical generator.
It is called the magnetical generator and is able to produce free energy, meaning that it doesn't need ANY input after a startup period where some energy has to be fed.
SHARE
