Holcomb Energy Systems:Breakthrough technology to the world

[rakarskiy]

Don't look for secrets where none exist! A rotating field in the stator, without a rotor, will not induce an EMF in the groove wire. My last experiments and again "blank shots, but very close to the solution" led to an understanding for the solution.
To repeat Holcomb, you do not need to climb into the jungle of science, you can use the poke method.
We need an external solid state rotor, so that there are four poles, with a system for switching electromagnets. It is more efficient to do a phase bookmark in the internal stator. Termination of the wires of the generator phase, as for a four-pole (1500 rpm) . Importantly, the current strength in the phase should reduce the current strength in the excitation core. Due to the gap, it is difficult to introduce the magnetic circuit into saturation.
All I wanted to say.

[SolarLab]

Don't look for secrets where none exist! A rotating field in the stator, without a rotor, will not induce an EMF in the groove wire. My last experiments and again "blank shots, but very close to the solution" led to an understanding for the solution.
To repeat Holcomb, you do not need to climb into the jungle of science, you can use the poke method.
We need an external solid state rotor, so that there are four poles, with a system for switching electromagnets. It is more efficient to do a phase bookmark in the internal stator. Termination of the wires of the generator phase, as for a four-pole (1500 rpm) . Importantly, the current strength in the phase should reduce the current strength in the excitation core. Due to the gap, it is difficult to introduce the magnetic circuit into saturation.
All I wanted to say.

Simulations of the LinGen clearly show that. Seperate external/internal Rotor Stator appear to be irrelevent.
The "RPM" is based upon the Pulse Sequence, which is based on the timing sequence - this is set by the processor.

The "four quadrant" operation (EMF - Back EMF) is apparent W.R.T. Lenz plus the number of times per second
the poles are activated.

The Gap is well understood in magnetics W.R.T saturation.

Sorry -  Don't know about the "poke method".

One interesting observation is the "remanence" - in certain materials it does not return to zero; so a method
might be needed to feed the Back-EMF into the coil to bring it back to zero - a work in progress. However
some materials do have a steep "return curve" so it may be of little concern.

SL

NOTE: A while back a posted a Technical Brief outlining the "Four Quadrant" implifications of "EMF - Back EMF" with
respect to Lenz and how this relates to OU so regurgatating this again would be redundant. Suffice; that the
technical implications haven't changed.  These apply to rotating as well as linear magnetic scenarios. Disrupt
the "phase" of the sequence at the propper time and you will see the OU effect!

[Dog-One]

Disrupt the "phase" of the sequence at the propper time and you will see the OU effect!

That's the trick!  I hadn't thought of that and didn't see anything in the patents to lead me there.

Nice find on the drivers by the way.  I hate building stuff that is already available and ready to use.  For an HES device, it's probably pretty easy to go overboard with way more sophistication than is needed.

So SL, I have a direct question that I suspect you can answer to my satisfaction: 

Do you see a method where we can purchase off-the-shelf core materials to fabricate either a rotary or linear system for bench testing?  I'd like to move away from anything custom (or scrap) and come up with something builders on this forum can acquire and assemble with relative ease so we can build, test and compare notes.  This can't be rocket science here.  Something like a string of U-cores situated properly and wound with mag-wire, maybe even some 3D printed bobbins to lock everything together is what I have in mind.  Does that sound like something within your wheelhouse?  Some kind of concept platform we all can work from.  First to loop wins the prize.   

[listener192]

Simulations of the LinGen clearly show that. Seperate external/internal Rotor Stator appear to be irrelevent.
The "RPM" is based upon the Pulse Sequence, which is based on the timing sequence - this is set by the processor.

The "four quadrant" operation (EMF - Back EMF) is apparent W.R.T. Lenz plus the number of times per second
the poles are activated.

The Gap is well understood in magnetics W.R.T saturation.

Sorry -  Don't know about the "poke method".

One interesting observation is the "remanence" - in certain materials it does not return to zero; so a method
might be needed to feed the Back-EMF into the coil to bring it back to zero - a work in progress. However
some materials do have a steep "return curve" so it may be of little concern.

SL

NOTE: A while back a posted a Technical Brief outlining the "Four Quadrant" implifications of "EMF - Back EMF" with
respect to Lenz and how this relates to OU so regurgatating this again would be redundant. Suffice; that the
technical implications haven't changed.  These apply to rotating as well as linear magnetic scenarios. Disrupt
the "phase" of the sequence at the propper time and you will see the OU effect!

Hi SolarLab,


Could you post a link to this technical brief please.




Thanks


L192

[rakarskiy]

SolarLab 
The problem is not in modeling on linear conventional systems, the problem is in the principle of operation (technology) of inducing EMF in a wire that is laid in a groove. Further, the induced current should amplify the magnetic flux (rather than block it). I can't say it for you, but I found a lot of patterns, with general working criteria, including a transformer.
If I'm right, and the probability is very high, I can easily explain how this experiment works.

https://rakatskiy.blogspot.com/2022/06/static-electromagnetic-transducer.html


I'm not interested in large commercial frequency generators, I'm interested in a reproducible garage system.