Holcomb Energy Systems:Breakthrough technology to the world

[onepower]

alan

Study this, there is only one mechanism for magnetic FE and this is the simplest poc.   
http://www.alpoma.com/figuera/patente_1908.pdf

This is incorrect and in fact there are many mechanisms for magnetic FE...

For example, if we strike a magnetized iron core with a hammer it scatters some of the magnetic domains which can induce a coil. The same effect can be produced by a radiant energy impulse which constricts the core material scattering the domains causing induction. In this respect were speaking of a parametric phenomena and changing a physical property. As Faraday implied, it doesn't matter how we invoke a field change for induction only that we do.

There are also countless devices which use magnetic field manipulation ie. delayed field propagation and/or switching. There are lot's of options and the concept and process is the most important thing to keep in mind.

Regards
AC

[alan]

Yeah, there may be different methods, but in the end it's obeying the same physics law/mechanism. 

@kampen also check out hyiq.org

[ariovaldo]

Good morning. I re-wound the stator and the rotor.
I tried using just one phase (110 volts, 60 HZ)
COP = 0,60 feeding from the stator and 0,65 feeding from the rotor.
I connected rotor windings in a bi-filar way.
I will test some other options as I can get time for that.

[nix85]

PERMANENT MAGNET IS INVOLVED IN THE CENTER CORE BUT NOT DISCLOSED.

Most likely PMs are in the "rotor" coils, idea i proposed 2-3 years ago here and i am sure i was not the first to think of it.

His "explanation" that lenz is canceled cause "rotor" coils are stationary is of course nonsensical as his whole "explanation".

Either there are PMs in the secondary coils or there is phase shift, delayed lenz, or he is using bucking coils in some configuration.

[rakarskiy]

Good morning. I re-wound the stator and the rotor.
I tried using just one phase (110 volts, 60 HZ)
COP = 0,60 feeding from the stator and 0,65 feeding from the rotor.
I connected rotor windings in a bi-filar way.
I will test some other options as I can get time for that.

You have not found the position of the rotor at which the EMF of the phase is maximum possible for the static design of the standard rotor and stator.

Most likely PMs are in the "rotor" coils, idea i proposed 2-3 years ago here and i am sure i was not the first to think of it.

His "explanation" that lenz is canceled cause "rotor" coils are stationary is of course nonsensical as his whole "explanation".

Either there are PMs in the secondary coils or there is phase shift, delayed lenz, or he is using bucking coils in some configuration.

Lenz can't be cancelled! Lenz is the direction of the vector! Without Lenz, there is no EMF induction. Lenz has nothing to do with the Ampere Force, but in a static design it works to the fullest, as well as in a dynamic version.