Magnetic Generator Blueprints - Free Energy Magnetic Motor Plans Released
Author: Jean Luc Reseau
A magnetic generator is just like any other standard generator except that they are powered by magnets which are placed at right places on and around a turbine causing it to spin.
Since it does not need any fuel, it is by far the cleanest form of electricity. The magnetic properties are utilized to generate free electricity for your home. It largely resembles a standard transformer with slight change in basic design by incorporating magnets which is permanent and actuator coils and.
This magnet remains at the magnetic core's center point and produces magnetic flux that's moves in the central component and it extends in magnetic paths --both right as well left --. There are input and output coils extending from the magnetic core. The driving current through the input coil reduces the flux level generated from permanent magnet. The magnetic area in movement result in coils charge thus once it is positioned among two metal plates, the magnetic flux moves in the direction of that plate,
When the current passes across the input coil, thus magnetic flux changes. Typically magnetic alloys being used in the development as they've the potential to swap magnetic fluxes swiftly. We need to place three magnets inside the machine. Two of the magnets will oppose each other, which will create a magnetic field and the third magnet will create balance. After that, the motor will turn the magnetic field into energy.
It is estimated that a magnetic generator can produce about 7,000 watts of power and may even be able to generate enough electricity for your entire home.
There are numerous benefits in having a magnetic generator one of them is that it takes up very little space and can be used in any size of home. If the magnetic generator is used fully, it can help you cut your power bill out. It can also be used in any type of climate whether it's cold or warm.
Reasons for using this type of generator at home:
- Generate free electricity for a lifetime, due to the fact that these motors can last for up to 200 years.
- Have a constant power source, because these devices can work every day without stopping and are not dependent on outside resources.
- Reduce your electricity consumption by 50% or even stop paying for electricity altogether (in case you decide to build larger generators).
- Receive recurring payments from power companies for generating more electricity than you are actually using.
- Protect the environment and contribute to the reduction of pollution.
The device is fairly compact and require only a small amount of space for installation. The motor run quietly and don't cause any noise, and the generator is not affected by climate and can work in both hot and cold weather condition, without any problems.
The cost of building this engine usually doesn't exceed 0 and all the necessary equipment is easily available at any hardware store. Some of the materials you are going to need are: soldering gun, ceramic magnets, 2 C-batteries, laminated I-shaped and a few more items.
The magnetic power generator is very eco-friendly and won't harm the environment. There are no pollutants to be expelled into the air, so this makes it a very safe unit. There are no byproducts or fumes that can be harmful to people. The generator is completely safe with no worry of combustion or flames.
Article Source: http://www.articlesbase.com/diy-articles/magnetic-generator-blueprints-free-energy-magnetic-motor-plans-released-2872143.html
About the Author
By choosing this type of energy source you can save thousands of dollars on your electric bill in the long run.
The Free Energy Magnetic Generator can actually produce more electricity, and in some cases the electrical company ends up paying you for the extra power it creates.
Get the Blueprints for the Magnetic Generator and additional information on free energy for homes at: www.Energy4Freedom.com
a magnetic motor…UH kids make these for science fair projects when they are in grade school!!!!!
Of course they work. What are you PROVING?????
If your were shown a WORKING magnetic motor would you invest in it development?
I have been working on this for years. I watched the mistakes of others and learned from them. This one works. I don’t want to show this system unitl I build a more presentable prototype.
I plan on setting up a website on youtube to show it running and hooked to a generator in real time so investors will be assured that I’m telling the truth. Plus , I could use some help in the legal dept with patents and such before it post it online.
Perendev Magnetic Motor- Is it worth researching on?
I am in 8th grade attending LACES magnet school. Well i have a science project due pretty soon and i chose to do mine on the perendev magnetic motor. I have seen many replications of it but im kinda confused if i should buy the materials and stuff. Many people say its a fake but i believe its quite possible. Many people have claimed to have made a working model but they all have questionable pieces or evidence of it being fake (If the motor is operational it will have defied some laws of physics). I have already spent $110 on it. I am planning on using it to power at least a light bulb. But the bigger question is, is it even functionable. I am a student that doesnt have a job and getting money from my parents isnt so easy. I just want to know that although people think its impossible, or that it defies the laws of physics, its possible. If your an expert then PLEASE help me here. I am going to HOME DEPOT on Jan 6. And if you can answer before that please do and if it really is possible may i get in contact with you. I have almost no idea what to buy, but i hope it wont be a waste.
THANKS
They do not defy phsyics, they just defy common sense because the magnets lose their flux over time, especially when put in opposition as they are in a perendev. They are not an over unity device, nor are they a free- energy device- a lot of energy was required to produce those magnets, which become a consumable item in the application of a perendev. There are some on Youtube, and they do work, but there are not always the miracle they claim to be. No laws of physics have been broken.
They are self starting beceause you have different numbers of poles between the stator and armature, and as a result the armature begins to rotate because the stator cannot. They increase speed when you reuduce the gap between the armature and rotor because the normal flux density as you move closer to the magnet’s poles increase in direct proportion to the distance.
Your better source of magnets is going to be inside old hard drives. You can construct it out of wood, but plastic works well, and will be a little safer at speed.
For your next project you might consider a “Tesla turbine.” It works because of the tendency of laminar flow.
You could make a pulley with a magnet on one end of a string and a weight on the other end, with the top of the pulley a little lower than the top of the hill so the magnet pulls away and lets the ball fall. The magnet should slide along the bottom of the track, held there by the metal ball.
If you need to use a motor, then use it in a winch.
I’m not sure if any of this would work but it works in my head…
this is a good conundrum,if you could come up with a way of switching a permanent magnet on and of to create a moving magnetic field i suppose it would be possible,i know it is possible to do this because there are magnetic chucks that do this,but its not easily done the effort needed to turn one off and on is considerable,ok so say this was possible ,a normal electric motor on no load uses power just to overcome the friction and back emf generated i wonder would a magnet/magnet motor have the same constraints and how would it generate back emf with no wires where would the current go would it just generate back magnetism,now when a conventional motor goes on load it just draws more power, where would a magnet/magnet get extra power from?
Can a shaded-pole motor be used as a generator?
I am an engineer student currently building a generator from a shaded-pole motor (Fasco model D289: 6 coils, 120v, 1050 RPM). I plan to build a new rotor with permanent magnets, so that the rotation of the rotor will induce current in the armature coil. The plan is to only keep the armature of the shaded–pole motor, because of its six coils with iron core perfectly molded and spaces 60 degree apart. I decided not to modify the rotor but make a new one. I will make a 24 side polygon which 4 adjacent sides will be within 60 degree. In other words 4 magnets will be side by side with the same polarity, and the fowling 4 will be of the opposite polarity (each pair = 60 degree on the rotor circumference). Thus my rotor magnetic fields will be perfectly aligned with the 6 coils of the stator.
I just examine my armature and it will be impossible to remove the shading coil because when it was manufacture the shading pole was the first thing installed on the frame, and the coils were wrapped around it. The only thing I can do is to cut a notch on the ring to break it.
my questions are:
(1)Will the armature be more efficient at generating electricity and being a motor with or without the shading coils?
(2)What will breaking the continuity of the shading coil do? Will it make the armature a regular squirrel cage? Will it remain a shaded-pole motor but with a less powerful shading coil? Will it be better or able to be a motor/generator?
Before yesterday I did not know anything on shaded-coil motor, so I will appreciate any knowledge (Yes I have read everything link about the subject on Google!).
Thank You for your answer
Francis
franc_08@hotmail.com
First thank you all fro your comments.
As I said I am building a flywheel, thus I have to design the system for three state:
(1) Motor spin the flywheel to its maximum RPM.
(2) Flywheel spin on magnetic bearings to minimize the energy loss over time.
(3) Flywheel spin rotor which generate electricity.
Step (1) the motor:
You said that maybe I should not cut the shading coil because:
“without the shading of the poles, the unit when motoring will have no preferential direction to rotate. It won’t be able to “make up its mind” and will just vibrate back and forth. You will have to provide some means of spinning it up close to synchronous frequency, and then it will pull in and act as a motor.”
Also “It will not be better as an induction-generator than a motor without the shaded-coil construction” http://www.control.com/thread/1295664953
My motor “might” not be self starting without the shading coil (I don’t understand the theory if it will or not be self starting after changing th
I think by “armature” you mean “stator”. Armature usually refers to the rotating part. I use the terms rotor and stator (as in rotating and stationary) to preclude ambiguity.
A shaded pole motor is an induction motor. Overspeeding an induction motor turns it into an induction generator. All induction generators have to be connected to a source that provides reactive support. Connection to a synchronous generator works. There also have been some clever schemes using capacitors to allow an induction generator to work in stand-alone fashion.
In your case, you are converting the shaded pole induction motor into a synchronous generator (or alternator) by placing permanent magnets on the rotor. That should work. And if you apply AC power to the stator, you will have a synchronous motor.
To answer your questions:
1) I will guess that the stator will be slightly more efficient without the shading since you won’t have the joule losses in the shading loop, and the magnetic axis will stay centered. However, I’m not great at understanding the math behind the magnetics.
2) Breaking continuity will stop the shading. The principle depends upon current flow in the loop setting up an opposing magnetic flux. You can read here how that works:
http://www.brighthub.com/engineering/electrical/articles/47947.aspx
Will it make the stator a regular squirrel cage? No. The squirrel cage refers to the construction of the rotor in induction motors whereby the rotor has a several single loops of copper, into which current is induced, which in turn generates the magnetic field in the rotor that interacts with the magnetic field in the stator. The loops of copper look like a squirrel cage. In your case, you will have a rotor with permanent magnets, and no induction loops.
Without the shading of the poles, the unit when motoring will have no preferential direction to rotate. It won’t be able to “make up its mind” and will just vibrate back and forth. You will have to provide some means of spinning it up close to synchronous frequency, and then it will pull in and act as a motor. You can spin it in either direction.
I’ve never heard of someone using a PM rotor with a shaded-pole stator. It seems as though the shading and shifting of the magnetic field would provide a weak rotation to get the rotor started, but if you have four magnets side-by-side occupying 60 degrees of travel, I think it might not start because the field shift over the first one-half cycle won’t be enough to rotate the rotor through 30 degrees. It works with an induction rotor because the field in the rotor slips (or progresses slowly) when the rotor first starts to turn, so effectively its as if the induced magenetic poles are much closer together that 60 degrees. I don’t know if my description makes sense. One thing you could try would be to alternate the poles, (thereby making it a 24-pole machine instead of 6-pole, which will decrease the nominal speed by a factor of 4) and see if that will start.
To reiterate, once the motor is up to speed, it will motor whether or not you have a shading coil.
As a generator, if it is stand-alone, you can run it at any speed you want and it will generate electricity. But if you connect it to the grid, then it will have to run synchronously with the grid. And you have to connect in phase or risk major rotor damage (as in bent shaft).
EDIT 1-23-2011: I defer to Vshade’s comment about 12 poles, not 24 poles. In retrospect, I think 12 poles is the better answer.
How to make a model roller coaster lift?
Hi, I’m making a roller coaster for a class project and i want to make an initial magnetic motorized lift.. how would i do this?
When i say magnetic, im planning to use a metal marble, and i want it to appear to move up the hill without anything showing on the track (it will be hidden underneath)
Where could i get a small motor to work this?
it’s going to be made out of index cards and a metal marble.. i want a motor to be working on the other side of the card with a magnet and a motorized lift.
Magnetic Generator, is it possible?
I’ve always theorized that if a motor can be turned by means of electromagnets, why can’t the same be done by use of permanent magnets. If you google it, some say they will sell you the plans to do such a thing, basically creating power from nothing…though many appear to be a scam. But really, why can’t electromagnets be substituted with permanent magnets? Being a technician and not a physicist, it would seem possible as both electromagnets and perm magnets share the same effect. I searched to review these products, some say it works with ties to the ones selling the products, others claim it to be impossible. However, when I try to view demonstrations that are no affiliated with someone trying to sell a product, the page has been removed for any number of reasons. Could it be the legit claims are silenced by major corporations? In either case, is this possible and if not…they why? Why can’t perm magnets be used in the same way as electromagnets when powering a motor which in turn could power a generator?
I understand that a magnet cannot be turned on and off, but the shaft can be inserted and removed. I say this due to the concern over this problem.