I got some explanation by Youtube user:
Adrenalinkz

He wrote to me:

I can help you and all the other by some informations which
Alexander gave to his videos but i haven't his plans and schematic.
If i succeed to understand how it work and replicate i will present all of that knowledge to all of people which want to make it.

According to Alexander the goal is to preserve phase shift in a primary winding by creating additional phase shift in a secondary winding. But how to solve this ??

Alexander basic thought is: Phase shift was formed in his transformer when positrons of vortex or fuko currents are processed by South Pole of transformer magnetic field and on the contrary, electrons of vortex - northern pole.of transformer. So for everu closed path we have bi-current fluctations in respect to poles of transformer.

Alexander have said that the Secondary winding is made from two identical windings connected successively (the output of first winding to output of second).Тransformer works in an idle mode under loading 100... 200 %. How we do to achive this mode.

There are 5 windings in the whole transformer.
The electric field (static field??) of winding 5 isolate windind 4 from magnetic field of transformer and back EM pulse wasn't created because there exist two similarly poles (equivalent poles) but not the [same poles] in winding 3 and 4. which have directed towards each other and magnetic reaction of transformer in both windings is absent because the phase shift in windings 3 and 4 and all other windings is present.

PS. this is all what i can tell you for now. The additional experiments maybe will give me some new ideas how this work.
If you can please start a new thread on you OU forum. I want to listen a new suggestions and ideas. You can contact our forum
http://realstrannik.ru/forum/index.html

PS1. this is very misery explanation so i apologize. The lack of informations !!

Goose, are you saying its OU but useless due to too much heat produced?
You act like this is a problem that cannot be dealt with.

Oh, and it produces abundant amounts of heat, more energy to use. 

Go away Goose. Your words are useless.

Mags

hi everyone good day 

i just want to strenghten an info that heat comes only when there is an OVER LOAD ok!

that means wrong design !

when goose is over cook then expect some coal goose  lol

I can't speak for the rest of you, but I could really use heat to an advantage in this climate!  This heat will circulate the refrigerant without a problem.  I like the heat exchanger idea also.   EG (read this if you want my opinion only) why be so crude?  Who is attacking you?  We all want the same thing here.  If you must be abrasive then log out and introspect until you can find a way to be decent to others.  Loving kindness is the true path not destructive cohersion.   Harti won't allow destructive crude people to remain and cause intentional mental pain to others.   I would tell you to go find a dog to kick, but you just might do that.   You display so much uncontrolled anger I question your mental stability.  Find someone you trust and figure out why.   Good Luck

And to the rest of you Amen on this great news.  It is to new for me to determine if it is valid as of now, but it has my attention!

Quote http://www.economist.com/node/691254
Superconductivity—the ability of a material to conduct electricity without losses due to resistance—has been known about for 90 years. For the first 75 years, though, its applications were restricted by the fact that it seemed possible only within 23 degrees of absolute zero (23K). In 1986, however, a ceramic material that superconducted at 36K was discovered. That led to a rush to find similar materials that would superconduct at even higher temperatures. Now, several are known that do so above 77K, the boiling-point of nitrogen. That means they can be cooled with liquid nitrogen—and liquid nitrogen is cheap.
Even so, the longed-for boom in applications did not happen. Because high-temperature superconductors, as these materials are known, are ceramics, they are brittle and difficult to draw into wires. That has limited their use. But American Superconductor, a firm based in Westborough, Massachusetts, has persevered. By grinding the material up, packing it into silver tubes, rolling the tubes into tapes, heating the tapes up, and then rolling and heating again and again, its engineers have produced wires long enough to be useful as superconducting cables.
http://www.economist.com/node/691254

Superconducting Wire is more available now than ever, difficulty in finding prices as most manufacturers want you to contact them first to discuss your requirements.

here's a Google search link
http://www.google.co.uk/#sclient=psy-ab&hl=en&source=hp&q=superconducting+wire+for+sale&pbx=1&oq=superconducting+wire+&aq=3&aqi=g4&aql=&gs_sm=c&gs_upl=0l0l1l696l0l0l0l0l0l0l0l0ll0l0&bav=on.2,or.r_gc.r_pw.,cf.osb&fp=a9c2f2b04d44c7c3&biw=1280&bih=656

I think this company is good for small quantities
http://www.superpower-inc.com/content/technology

Whoa, good job, but like so many FE idea before: lack of infos for replication and need some special Super Conductor wire... nor easy for isolated replicator in his home...

Without the exact detailled plan, this device will turn out like SM's TPU: urban legend which nobody can replicate and made hundreds of page of speculation around it... Sad...

If the inventor go greedy: then lack of infos -> dead locked patent and condition -> suppression then another FE device lost...

@Stephan: I love your new forum design !!!

Guys, come on... When in the past heat was an issue for almost any electronic device?  Instead of listening to this, try to focus on one thing: We have a new device here, which needs to be replicated. So, grab that bloody oscilloscope and start measuring!  THIS is the way to treat new inventions, not come up with some "impossible" situations. So, make, measure, share and I will do the same of course...This is my advice in order for us to have one day a device which is simple, works and anybody will be able to replicate in the end!

Copper with 1 micron nickel SUPER CONUCTOR WIRE up to 100° ... 1000°

on the other side copper-nickel alloy is a PERFECT RESISTANCE WIRE -I.E. COSTANTAN

http://www.nickel-alloys.net/copper_nickel_alloys.html