Magnetic Power Generator - Revealed Why I Chose A Magnet Generator For My Home
Anyone who has ever taken the time to research renewable, alternative energy at home will probably have come across the free energy generator known as a magnet power generator.
I certainly had a very serious look at these devices when considering building my own magnet generator. I was fascinated!
I discovered that a magnet generator has the distinct benefit of being able to produce more energy than it actually needs to operate with. The end result being that it would produce free electrical energy for my home.
They are simple and safe to build and we could build a generator to provide sufficient energy to power up to 75% of our homes electricity.
BUT – here's the best part......
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Rare Earth disk magnet strength for physics project?
I’m making a wind powered generator for a physics project at school – the magnets are going to be rotated near magnet wires,so that they induce a current and generate electricity
So,I’m wondering, is there a sort of magnet strength I should use at minimum? I’m looking at 6lbs/3000g of pull force to about 9lbs/3000 g (these aren’t the exact numbers, but I’m looking at a range of magnets here)
I’d be happy with a voltage of 1 to 4 V,and at least some amount of current (amp)
On Otherpower site, they have practical guidlines and tutorials:
http://www.otherpower.com/turbineplans.shtml
Of course, you are going to build scaled version of this.
And here they have additional useful links
http://www.otherpower.com/otherpower_wind.shtml
Edit:
These are ideas for science fairs, some of them are similar to your project since they use permanent magnets:
http://otherpower.com/toymill.html
I know how to make infinite energy?
1. Acquire rechargeable batteries, and battery powered generator.
2. Charge rechargeable batteries (use magnets for faster charging)
3. Use batteries to power generator! INFINITE ENERGY!
4. Acquire nobel prize
Problem, ecofags?
Elementary Magnet question?
1. Can a magnetic field change a charged particle’s kinetic energy? – why or why not?
2. A proton moves in a circular path perpendicular to a constant magnetic field; you increase the strength of the magnet; what happens to the orbit of the charged particle- and why?
3. Inside a mystery room is an E-field or a B-field but not both; what could you tell which type of field it is?
4. You have two bars of iron, one is magnetized, the other not; how can you tell which is which?
5. what’s wrong?: to generate electricity, have a motor run a generator which is stepped up with transformers; the generator turns the motor and also gives you additional power.
Suuuuure! All you need is 100% efficiency and zero friction.
Physics Power Generation, Transmission and Distribution questions.?
1. If the alternating current produced by a single loop generator is 20hz, how long does it take for the coil to complete one rotation?
2. Compare and contrast the current in a circuit attached to a pulsating DC source with that of an AC source.
3. Name the essential parts of motor and generator.
4. The 13800V output from a generator in the Mak-Ban geothermal plant has to be increased to an ideal transmission voltage of 230 000 volts. what should be the ration of the number of loops in the secondary to that in the primary coils in the Mak-Ban transformer?
5. Using your answer to question number 4, if the generated current in a Mak-Ban generator were 2876 amperes, what would be the amount of the transmitted current, assuming there in so power loss?
6. What would be the direction of the induced current if the S-pole of a bar magnet were quickly withdrawn from it?
1. No, a static magnetic field can only alter a “direction vector”, not the magnitude (energy).
2. The radius of the circular path decreases. This is in your book.
3. If you squirted a charged particle through the room, and saw how it came out, you would know. E field would be either faster or slower. B field might keep it (orbit), might just alter direction upon leaving.
4. deflect a compass. pick up iron filings. passing quickly over wires can induce a voltage end-to-end.
5.
- Resistive line losses,
- not all magnetic field goes into work, some leaves to space, some lost in heating the metal cores
“Its over unity, which does not happen.”
** 1. Period Time = 1 / f = 1 /20 = 50 milliseconds.
2. Assuming non-reactive circuit components,
. Pulsating DC sets the instantaneous current
. according to Ohms Law I = V/R. As there are only
. two voltage levels, 0V and DC value, so too will the
. currents be, 0 Amps and (V-DC /R) amps switching
. rapidly between each other as the DC pulsates.
. The AC source, assume a sinewave, will produce Sine
. wave currents as the sine wave voltage gradually rises,
. falls, and reverses polarity.
3. Considering induction AC equipment only;
. Stator core and windings,
. Rotor core with cage or wound conductors.
. End plates with bearings to take rotor shaft.
. Method to couple shaft, keyway,pulley, screw.
. Frame enclosure to support end plates and stator.
. Mounting feet, or via endplate as for machine tool.
. Connection or terminal box.
. Permanently attached nameplate.
4.Transformer turns ratio = Vs /Vp = 230,000 / 13800= 16.6666
5. The voltage steps up, so the current must step down, in
order to maintain the same pri and sec VA. Ip =2876 A,
so Is = 2876 / 16.6666 = 172.56 A
6. Insufficient information, but apply Flemings Right Hand Rule.
being careful to use the correct direction of relative movement.
Perhaps you can edit your question to provide sufficient information.
Please request clarification if required.