Build An Electric Generator & Really Save Money On Your Power Bill
Author: Creztor Tessel
Want to build an electric generator? The ability to create your own power at home is very important for a few reasons. The first is that if you are able to create your own power you reduce your reliance on electric companies and you can drastically reduce how much you spend on power each month. For many people this alone is enough to send them searching for a way to make their own free power at home. Beyond just saving money, another equally important advantage of making green power at home is that you can reduce the amount of pollution you create personally and do your bit to help save the planet. Magnetic power generators offer the best of both worlds by allowing you to save money and at the same time help the planet.
Magnetic generators, unlike other more common generators, do not need any kind of power source. Most generators burn gas or some other kind of fuel but magnetic generators get their so called power from magnets. Obviously magnets are pollution producing and this allows magnetic generators to create green electricity. It also means that thanks to how magnets work, once you “turn on” a magnetic generator it will continue to operate and create electricity without ever stopping.
Build an electric generator, also known as a magnetic generator, and make your own free electricity at home. Not only can they help you save how much you spend on your power bill, but they are 100% “clean” and using them does your bit to help save the planet and the environment we live in. Save the planet and save money at the same time.
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About the Author
Are you looking for a way to slash your power bill and build an electric generator? Power your own home with a magnetic generator. A magnetic power generator is the answer to creating your own clean electricity at home with a free energy device.
How do i calculate the power of an electric generator?
I am trying to find a formula to calculate the power of an electric generator, based on are of coils, dimeter of wire (if it matters), rotational speed and so on. I am building one to hook up to a bike and i would like to be able to have a formula to predict voltage given all the parameters.
Compare the function of an electric generator with the functions of an electric motor.?
Compare the function of an electric generator with the functions of an electric motor.
First questions with correct answer (try to include resources too!) gets 10 points.
Please and thank you!
How much power would a v8 engine produce powering an electric generator?
If I removed a v8 engine could i convert it to power an electric generator?Would it be enough power to run a house?
What is the science involved in an electric generator?
Alright, what is the science involved in an electric generator? In simple terms, like “the science of conductivity” (which was what I was thinking).
my goodness…
I once was in school and had to learn this it where lessons of 4 hours a week and then for half a year
I can tell you its alot alot of parameters 50 ~ 100
forget it.
Ya it could be made to work. 1HP is 746 watts. So lets say you run your engine at 100HP, you’d have 75kW. A typical house might need 10kW, so you’d be able to power a half dozen houses.
You’d need a cooling solution if you’re going to run an IC engine at high output in a stationary position.
The basic principle of a direct-current generator is that of a moving magnet in close proximity to a conductive wire. As the magnet turns, the magnetic field forces free electrons in the wire to move from their atoms. As these electrons “impact” other atoms, other electrons are forced to fly away.
The movement of the electrons can be likened to water flowing through a garden hose. They cannot flow back against the “pressure”, but continue to move electrons through the wire in one direction until impacted electrons reach the generator’s magnets, completing the circuit. Now, there is an electrical current in the wire as long as the generator continues to turn.
A simple motor operates in the reverse principle. Incoming electron “pressure” creates a magnetic field around the motor’s rotor. The rotor is designed and assembled so that the rotor is forced (by magnetism) to turn.
Both the generator and motor are are designed to operate according to the intended use.
http://science.howstuffworks.com/electricity.htm/printable
If you’re talking the branch of science, broadly, physics (specifically electromagnetism).
If you’re asking how an electric generator works, a brief explanation: a rotating magnetic field is created by spinning a magnet (the “rotor”). This creates a constant change in magnetic flux in the coil wrapped around the housing (the “stator”), inducing an electromotive force (ie: a current) due to Faraday’s law of induction. Real-world examples are of course more complicated, but this is the basic theory.