Holcomb Energy Systems:Breakthrough technology to the world

[bistander]

It's hard to look for a black cat in a black room. It's especially hard to find if it's not there. Until you know the EMF induction mechanism, you cannot design a product like Holcomb.

Hi rakarskiy,
Faraday's Law and Maxwell's equations suffice for all the electric machinery on the planet. I agree that those principles do not account for what Holcomb claims. So do tell us what does, please.
bi

[bistander]

...
I just turned a steel ball in a three-phase stator at low frequencies, below 50 Hz.
The ball is really spinning. Another way to observe a rotating field.

Cool! Sounds like the egg of Columbus. Any chance of a video?

https://en.m.wikipedia.org/wiki/Tesla%27s_Egg_of_Columbus

Tesla's Egg of Columbus was a device exhibited in the Westinghouse Electric display at the 1893 Chicago World's Columbian Exposition to explain the rotating magnetic field that drove the new alternating current induction motors designed by inventor Nikola Tesla by using that magnetic field to spin a copper egg on end.

bi

[partzman]

Interesting thought. I'll gladly buy beer.

It's not hard to imagine Holcomb's rotor tooth saturating, but where's the cross field? 
bi

If one considers the individually wound rotor poles and how Holcomb generates say a moving North pole relative to the stator windings, it would be required that the adjacent poles in the rotor would be bucking each other.  It is only with this condition that a moving pole could be generated at the very ends of the rotor poles by sequential switching.  If this is the case, then the rotor poles would be capable of very high flux densities without saturating.

Pm

[rakarskiy]

I had a conversation with one designer of electromechanical machines. He then told me that those engineers who come to them are being retrained. Not everyone stays. The problem is that engineering formulas are not always explained by physicists. The fact is, but how it happens is unknown. This is the case with a synchronous generator, where the winding is laid in a groove. You talk a lot about a rotating field, but what does it look like and do you know its structure? Earlier I posted a simple task, did you register it? Designing generators is the pinnacle of electrical engineering.

[Feb2006]

If one considers the individually wound rotor poles and how Holcomb generates say a moving North pole relative to the stator windings, it would be required that the adjacent poles in the rotor would be bucking each other.  It is only with this condition that a moving pole could be generated at the very ends of the rotor poles by sequential switching.  If this is the case, then the rotor poles would be capable of very high flux densities without saturating.

Pm

"and are repelled by flux 58b and 57b, respectively, further pushing the pole field from
left to right in North and South poles 58, 57. "
   

"and repelled by flux 58c and 57c further pushing the pole field from left to right."


HE is simply mimicking  moving magnets.