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I have the solution for unlimited electricity that could supply power as heat light etc..?

By admin on Thursday, August 12th, 2010 | 7 Comments

I have the solution and no im not an a scientist I just think differently. I have recieved many answers to a question similar to this and most people say it cant be done because of gravity
etc.. The answer for electricty and power is simple rotation
as we now the univirse works by itself constant rotating planets rotating around a large magnetic field. All we need to do is produce a model similar to that here on earth. Lets say this scenario A very large lightweight steel/magnetic ball the size of 2 houses? If you could systimaticly place polar oppisite magnets in the right place the ball would levitate and have no other choice but to rotate violently. This roatation=energy that we could harness through copper coils into electricity. Yes
friction would be a factor lubricants maybe and other materials could be used to counter act energy loss. This would be very consistent energy that could actually be and on/off device by simple blocking magnetic fields as needed. Theory give mefdbc
please give me some feedback on this idea. And also no what was the question
crap obviously this is a statment that demands some feedback. My question is could it work and if you say no it cant work give me a reason why!

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How do you calculate the number of copper wire coils for a generator so that I can generate 1200 Kw power?

By admin on Thursday, July 29th, 2010 | 4 Comments

I am building a home-made wind turbine generator with lots of tools, money and materials. I need to know how to calculate the number of copper coils, i.e. coil number, windings, size of windings, etc., to generate 1200 Kw of electricity. What size of copper wire? Size of magnets? How many? I am really interested on the mathematics of the wind turbine construction.

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What determines the power of a wind turbine?

By admin on Sunday, July 25th, 2010 | 3 Comments

Wind turbines generate electricity through magnetic induction. The blades turn a rotor lined with magnets through copper coils, thus generating voltage. The question is WHAT determines the power output. If the wind is constant, is it the strength of the magnets? Or the length of the copper wire in the coils? Any way a lay-person can figure this out and come up with reasonable voltages expected?

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Why do electric motors have the copper coils spin rather than the magnets?

By admin on Saturday, June 19th, 2010 | 1 Comment

I took apart a couple of small motors and found that they all have the copper coils attach to the shaft and spin around stationary magnets, rather then the other way around.

The reason I’m asking is because they also have those two copper prongs touching the shaft in order to transfer the electricity back and forth, which wouldn’t be necessary if you had the magnets spin and the coils stationary.

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Why do electric motors have the copper coils spin rather than the magnets?

By admin on Monday, June 14th, 2010 | 1 Comment

I took apart a couple of small motors and found that they all have the copper coils attach to the shaft and spin around stationary magnets, rather then the other way around.

The reason I’m asking is because they also have those two copper prongs touching the shaft in order to transfer the electricity back and forth, which wouldn’t be necessary if you had the magnets spin and the coils stationary.

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Magnets and copper coil – "creating electricity"?

By admin on Saturday, May 22nd, 2010 | 3 Comments

hello to all,
I have been contemplating a personal project for a while now which essentially is based upon the theory of transferring electricity using magnets and copper coils. although without spending a small fortune and going through a very long trial and error process i was hoping someone on here may be able to help……..i cant upload pictures so please bare with me as i try to explain the design.

I am looking at creating a cylinder to create the electric, (a rotating drive from both sides of the cylinder spinning what are effectively two vertical disks, one on each end of the cylinder. (a similar shape to a dumbbell bar with a Weight on either side) the centre shaft will contain a matrix of coiled copper wire and i plan to use long cylinder shape magnets surrounding the centre shaft. the centre shaft will remain still and the side disks and with it the magnets will spin.)

i apologize for the lengthy explanation a picture really would say a thousand words!

I have been unable to find a company that can make custom size magnets so if i was to use "rare earth magnets" and simply use several along side each other, what impact would this have on the magnetic field?

The drive shafts will be spinning in excess of 3000 revs per min or probably more,

Are they any safety implications to consider here?
is there any specific type or thickness of copper coil that works best for this purpose?
are rare earth magnets going to improve the magnetic field?

many thanks for your help i only posted this after hours of trying to find the info online with no luck any links to pages, sites or even books on this subject would be great many thanks

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