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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What is the magnetic power produced in the coils of an 7.5 HP AC motor when it is being run in full speed?
The coils in a motor are being magnetized when we supply AC current to it and thus the motor runs.What is the magnetic power produced in the coils in terms of “Teslas” when the motor is being run in full speed?
The magnetic field strength does not change for AC motor,because power is applies to its field coils (do not mix it up with AC-DC series motor,field strength changes follow the load). To measure the AC magnestic field strength is quite difficult because the field polarization keep on changing according to the frequency. A hard way to find out is counting how turns of coil and the size of steel area,then calculate it.
Does a magnet loose some of its own magnetic power when it magnetises another piece of metal?
Does a magnet loose some of its own magnetic power when it magnetises another piece of metal? If it doesn’t, is this not a source of perpetual energy, which, (i think), ‘Hinks Constant’, says is impossible, or not, or what???
What is the magnetic power produced in the coils of an 7.5 HP DC motor when it is being run in full speed?
What is the magnetic power produced in the coils of an 7.5 HP AC motor when it is being run in full speed?
The coils in a motor are being magnetized when we supply DC current to it and thus the motor runs.What is the magnetic power produced in the coils in terms of “Teslas” when the motor is being run in full speed?
A magnet is not demagnetised when it magnetises another piece of metal, but this does not create energy because the magnet has to move relative to the piece of metal for magnetisation to occur and energy is required to pull the metal away from the magnet afterwards unless further energy is used to demagnetise it.
By “magnetic power” I assume you mean magnetic field strength?
The tesla (symbol T) is the SI derived unit of magnetic field (specifically magnetic flux density). The tesla is equal to one weber per square metre and was defined in 1960 in honor of inventor, scientist and electrical engineer Nikola Tesla.
There is no direct co-relation that I know of between motor power and magnetic field strength. You would have to analyize each coil for it’s current and number of turns and core material.
what will be the thickness of super conductor plate required to arrest the magnetic field,if high power magnet?
i have a high power magnet(single).i placed one super conductorin (plate shape)near the magnet.now i don’t want to pass the magnetic power through the super conductor.what will be the thickness of super conductor required.or number of plates to become a thick plate.
is it possible to arrest magnetic field completely by super conductors and with shielding material.i want to stop magnetic field completely for my process.is there any way with super conductors
magnetic power?
is magnetism a viable secondary source of power for the home, say like solar panels?
if the super conductor can withstand a magnetic field the thickness of the super-conductor can be very thin. However, many superconductors can only reject a sufficiently weak magnetic field and no shielding will result if the magnet is too close to the shield.
Yes and no. in and of itself, magnetism has not currently been harnessed. Magnetism is used to generate electrical currents and to transfer electrical currents into mechanical energy (motion).
check out http://pesn.com/2004/06/15/FreeEnergyRoadmap/