Make Your Own Electricity By Building A Permanent Magnetic Generator
Author: Helpliner
Depending on the size and output of the device you build, a permanent magnetic generator can reduce your electrical consumption by as much as 100% and is an excellent method for increasing the energy efficiency of your home. Permanent magnetic generators are emerging as one of the best means to gain independence from large energy corporations; technology is fighting to reduce or eliminate our dependence on the volatile oil market which has had us at its mercy for far too long.
Start making changes now: turn off TVs, stereos and other electronics that stay on standby and switch to energy saving light bulbs. Incredibly, 10-15% of the montly electrical consumption in an average home comes from standby power. Some other large energy consuming appliances in the home are your air conditioning unit and tumble dryer: the air conditioner proportionally uses more power the lower the setting; use of a dryer can often be avoided altogether by utilizing air drying which is free.
Energy conservation will get you part of the way to energy independence while you're building a permanent magnetic generator to provide some or all of the power you need.
The working principal behind this magnetic generator is rotation of a wheel by a series of magnets; if strategically placed around the perimeter of the wheel, the forces of repelling and attracting in the north and south ends of the magnets will keep the wheel rotating.
The turning of the wheel creates kinetic energy in the form of wind; in turn, the wind is turned into mechanical energy and then electrical energy by the wheel's axle being attached to a DC motor. Batteries store the electrical energy until it's needed to power an electrical device in your house or anywhere else battery use is feasible.
Article Source: http://www.articlesbase.com/diy-articles/make-your-own-electricity-by-building-a-permanent-magnetic-generator-1856706.html
About the Author
Explore more about the new energy focus, the Zero Point Energy. Acquire wealth of information on how magnetic generators work, benefits and many other informative tips on saving electricity. Learn how to build a magnetic generator today; Master the true knowledge of generating free energy.
Is there a way to make an electric motor into a gas motor?
I have a Razor Rebellion Chopper and I want to make the electric motor into a gas powered motor. Or if you know how to make an electric motor faster that would be great too, I just want it to fo faster.
Thanks
How to make a electric motor?
I have a prac assignment to research and construct a simple electric motor, though im having trouble finding something that isnt a beakman motor or anything in close relation, can someone send my a link, or give me other examples of electric motors?
What are advantages fo using dysprosium to make electric motor?
I have an essay to write about food mixers and i am looking to see what materials go on to make the electric motor inside of them, i have been searching the web and i can see that some use dysprosium but i cant see why they would use them. So can you tell me the advantages of this or if you know of another material that would also be helpful
How to make an electric motor power something?
For my physics class we need to make an electric motor like this
http://www.sciencebuddies.org/mentoring/project_ideas/Elec_p009.shtml
And we need to make it power something for ten seconds. How would we make it power something? How would we connect it to something?
is it posible to make a electric motor that goes 200mph with huge magnets in it and lots of current?
i just want to know how fast can i make an electric motor go if i put lots of current on it. and got lots of magnets to get a strong north and south pole to make it go faster. so with all of that do u think it will reach a speed of 200mph or more?
Apparently use of this element improves the performance of DC motors a bit, and is used when you need the utmost of performance from that motor. But it is rare and expensive.
I fail to see why it would be used in a food mixer, except as a marketing gimmick, and a way to get a higher price.
Wikipedia
Dysprosium is a rare earth element that has a metallic, bright silver luster. It is soft enough to be cut with a knife, and can be machined without sparking if overheating is avoided. Dysprosium’s physical characteristics can be greatly affected even by small amounts of impurities.
Dysprosium and holmium have the highest magnetic strengths of the elements, especially at low temperatures. Dysprosium has a simple ferromagnetic ordering at temperatures below 85 K. Above 85 K, it turns into an helical antiferromagnetic state in which all of the atomic moments in a particular basal plane layer are parallel, and oriented at a fixed angle to the moments of adjacent layers. This unusual antiferromagnetism transforms into a disordered (paramagnetic) state at 179 K.
Neodymium-iron-boron magnets can have up to 6% of the neodymium substituted with dysprosium to raise the coercivity for demanding applications such as drive motors for hybrid electric vehicles. This substitution would require up to 100 grams of dysprosium per hybrid car produced. Based on Toyota’s projected 2 million units per year, the use of dysprosium in applications such as this would quickly exhaust the available supply of the metal. The dysprosium substitution may also be useful in other applications, as it improves the corrosion resistance of the magnets.
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The motor, in your link, is usually just for demonstration purposes, not to power something.
About the best that you could do is add a thrust stop on both ends of the armature shaft/ wire.
When it is running, the only thing centering the armature right now is the permanent magnetic.
Any load will tend to cause the armature to move either right or left.
Two nails, pounded into a board, with the heads bent in at 90 degrees will act as thrust bearings.
You might take apart a small battery powered toy car and use some of the plastic gears.
A gear reduction would add available torque to power something.
You could carve a couple of small wooden pulleys and glue a small diameter one onto one end of the armature and use a bigger pulley to drive a fan.
Use a thin rubber band as the drive belt, although I do not believe the motor has the torque to operate any kind of belt drive.
There is very little torque/ horsepower available from that motor, to power anything.
How about adding a fan made out of tin foil to one end of the armature?
Wingman
Yes, but what part will be going at 200 mph? If you add a transmission? Add enough energy, it can go really high. more than 200.
consult boooks rather surfing on internet