How To Use An Electric Permanent Magnet Motor To Power Your Household
Author: Karl
It may be hard to believe but, you can completely power your household utilizing a small motor recognized as an electric permanent magnetic motor. This technology was not well known, but it's easily becoming one of the most reliable energy efficient systems out there.
So a perpetual motion motor like an electric permanent magnet motor will go on for a lifetime generating an endless amount of power that can certainly run your home on a full scale.
This type of motor was a fairytale in the home energy field. Even today, some houseowners are still unsure about the capabilities of this type of motor. However, as soon as these doubters glimpse an electric permanent magnet motor in action their doubts instantly convert into amazement.
Believe it or not, this motor really does what it is invented to do. Even houseowners that were running their household through solar panels or wind generators are making the change to these motors. Why, because these motors do not require sun rays or wind to make free energy. Instead they will power by themselves through the properties of magnets and perpetual motion to make extra energy than it needs.
Also, there is tiny maintenance needed on these motors as they can be made and positioned within your household. Many homeowners that implement these motors position them within their garage which is a better location than leaving them outdoors to fall victim to bad weather conditions.
To construct one of these motors is simple and can be completed over the weekend or in as little as two hours. There is nothing more to an electric permanent magnet motor than an home energy revolution.
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The rotating part has only permanent magnets, no coils, therefore no brushes. The stationary windings are usually multi-phase, digital, and get input from hall pick-ups to determine the instaneous position of the rotor for proper control. They have real electronics in them, so they do not do well under variable voltage, in fact, the voltage input has to be somewhat-regulated DC.
Josh,
That’s a very intresting idea! There is a bit of a problem, though. Without a rotational input, the motor will eventually seek an equilibrium point (a spot where the cumulative attractive and repulsive forces all cancel), and will stop right there. The issue is that the outer magnets, having both north and south poles will produce different forces on your south pole magnets coming from the center. There will be a point in the rotation where attraction and repulsion will be equal, and there will be no torque. Movement of the “armature” a bit one way or another will cause it to want to “center” back to that point.
(Edit)
If you put each of the 4 outer magnets very close together, then you have effectively created a toroidal magnet.
You can picture each of the 4 magnets as a small arrow, with the tail the S pole and the head the N pole. Now if you make a loop of these arrows, you’ve represented a toroidal (donut-shaped) magnet. At each head, there’s also a tail, so no point is more N-like or S-like. Therefore a toroidal magnet has no poles. And with no poles, you will get no rotational force.
what is permanent magnetic brushless motor ?
permanent magnetic brushless motor -constant output motor ?
permanent magnetic motors would they work combining old and new technology?
draw this, 5 evenly spread lines coming out from a center point each tipped with south poled magnets then have 4 evenly spread shapely curved double poled magnets(north-south) on the outer. Using the right maths and materials this pattern could be redefined in a program to make MANY different types of magnetic motors.
The right combination of old and new technology with enough static energy to overcome part of the laws of diminishing returns may some day power something usable.
just something i come up with years ago.
Does anyone out there know any thing about this.Would this really work? Josh martin Mandurah!!!
Earth’s magnetic field and a magnets magnetic feild!?
How does the earth keep its magnetic field but a metal magnet not keep its magnetic field. Not a kitchens magnet but like a Industrial magnet or the magnets in a permanent magnetic motor.
but how does the magnetic molicules stay on the earth whern they wont stay in iron or steel. What is dynamo?
There is a force applied to the permanent magnets equal to the force applied by the armature, but since the permanent magnets are usually attached to something huge they don’t move much. So there is little work done on them and so they don’t eat up power.
It’s just like asking “if I stand facing a wall and use my arms to push away from it, where did the power go in the wall”. It barely moves, so it absorbs very little power.
Some power does go into the permanent magnet, due to the effects mentioned in the answer above, but it is generally small.
Improving the motor?
How do you improve the hp and rpm of a permanent magnetic DC motor?
Up the input power!
.where the power of permanent magnets goes in a dc motor?
In a dc motor,usually, permanent magnets are used in yoke while armeture uses dc current.It is said that in dc motors, rotation is the result of interaction between both magnetic fields [one produced by permanent magnets and the other produced by dc current].My question is;if both fields interact, both fields must give force to rotation.Now we gives current to only armeture,while permanen magnets need no current[though provides equal power to the power provided by dc-current-using armeture].Now, we gets machanical power[produced by the motor] only equal to the power of given current[even less as losses occure].So, where does the power go provided by the permanent magnets?