Safe One Wire energy transfer by Serbian inventor Milutin Miletic

[CompuTutor]

...As then the energy is transferred only via
magnetic coupling INSIDE the stranded steel wires
it does not matter that the single strands touch each other,
cause they don´t conduct electrical current,
but magnetic dipole flipping only.

Perfectly said Stefan

[forest]

Yes,very nice Stefan, but I don't understand where is the output transformer ?

[ElectricGoose]

Yes,very nice Stefan, but I don't understand where is the output transformer ?

Read the entire thread and look at the links...it's all explained.  The one 'wire' is really two rolled into one and the x-former coils would be at either end.

[SchubertReijiMaigo]

The question surely is, what losses do you get versus just a normal copper wire energy
transfer.
Would be interesting to compare the losses.
Probably the steel wire heats up after some time from the BH curve magnetisation hysteresis losses ?!

So it is more or less only a 1 wire steel core transformer ?!

Regards, Stefan.

Hello, Stephan,

About the losses, of course BH losses, eddy and hysteresis, but also flux leakage along the wire (when the strand are nearly together) in my test those two strand was separated by a small film of copper, (a film of aluminium, copper, even air (through a plastic like material)) give me the same result. The best to avoid flux leakage will be a good permeability wire and a diamagnetic material (like bismuth) surrounding this wire...

[ElectricGoose]

Hello, Stephan,

About the losses, of course BH losses, eddy and hysteresis, but also flux leakage along the wire (when the strand are nearly together) in my test those two strand was separated by a small film of copper, (a film of aluminium, copper, even air (through a plastic like material)) give me the same result. The best to avoid flux leakage will be a good permeability wire and a diamagnetic material (like bismuth) surrounding this wire...

You guys have missed the entire point.  THERE ARE NO LOSSES WHEN THIS IS SETUP CORRECTLY.  And this is why OU eludes the masses when it has been explained again and again in various guises.  Do people not read?

You don't keep it (the transformer) linked between pulses.  STEEL IS SUPER CONDUCTIVE (MAGNETICALLY) IN THAT MOMENT OF TIME AFTER THE FIRST PULSE.  THEN you OPEN the xformer (no input dipole attached) and get a 'bolt' of energy back for free just as strong as the first one you injected which is harvested by the output coil.  I stated this earlier....two for the price of one.

If you gear the coils correctly you can get more out.  However NOT by simply smashing the AC back and forth!  You will heat up steel in no time with that method and lose a bunch of energy.