Holcomb Energy Systems:Breakthrough technology to the world

[SolarLab]

Hi SL,

I was hoping that you would be able to instruct me how to obtain the correct configuration after you claimed this: I realize the quote is truncated, done so to unclutter this reply, but your original post is linked at the beginning of the quote for those desiring full context. So I selected an available commercial generator, which you claim is free energy, and offer to configure it correctly. I seek the procedure for that configuration. In a subsequent post you said the task would be "with minimal effort and resource". I have the resources, skills and am willing to put in the effort if I know the correct configuration.

I am not interested in building the LinGen, but will address this:Specifically this:
Please show me how you did this without telling me to learn CAE. If the software actually does these calculations and makes the input and desired output choices, explain, best you can, how.

This would go a long way helping me understand how one would apply the process to the commerical generator.

In regards to LinGen, I am under the impression that you are building a prototype. How far along are you?
Thanks,
bi

Ufopolitics has already addressed your question re: motor and windings, etc.

Commercial generator re-configurations is addressed in the Holcomb patents and demonstrated
in the HES videos.

Since you have the resources and skills, the remainder will have to draw from your "skilled-in-the-art" part!

Not much more to it - see the LinGen attachments, try 100 turns on the Rotor Poles and 500 Turns on the Stator Lap.
Pulse it per the diagram with an Amp.  Record the output into 1K ohm for convenience.  Adjust as needed.  That's it!

The "Cook Book" you seek has yet to be written. CAE does the calculations, so to speak; enter the info (windings, etc.);
hit the solution icon, and the new results appear - check the web CAE sites for full explainations, examples, etc..

Don't try to complicate things and it will be of a much greater reward...  Perfect it later.

Forgot to mention - over on the OUR thread I posted a "How I did the WAG design" thing - it's somewhere there.
The attachment is along those lines. (a lot of concern about my use of "Amps/Turn" - don't worry about it).

With respect to "how far along are you" - quite far but still not ready for final beta.
Many more iterations to check as well.

Yea, I know, shoot the engineer so we can get something on the loading dock! Actually, this is a hobby for me
and I'm not out to impress anyone, except maybe myself. It's the "Curse of the Ever Curious."

Anyway, that's all I know. Good Luck!

[rakarskiy]

Hello SL!

Unfortunately, this configuration is probably very wrong, mine was wrong (maybe I just didn't finish it).
Practice from several attempts has shown that everything does not work as it seems.
I do not want to upset, I have already been through this since 2018.

To do this, I found patterns and moved on to the algorithm, superimposing it on the corresponding constructions of known structures, confirmed this particular algorithm theoretically. Some found missing items. Algorithm for a synchronous generator with field rotation, this is Dr. Holcomb's ingenious solution.

Sincerely!

[bistander]

Ufopolitics has already addressed your question re: motor and windings, etc.

Commercial generator re-configurations is addressed in the Holcomb patents and demonstrated
in the HES videos.

Since you have the resources and skills, the remainder will have to draw from your "skilled-in-the-art" part!

Not much more to it - see the LinGen attachments, try 100 turns on the Rotor Poles and 500 Turns on the Stator Lap.
Pulse it per the diagram with an Amp.  Record the output into 1K ohm for convenience.  Adjust as needed.  That's it!

The "Cook Book" you seek has yet to be written. CAE does the calculations, so to speak; enter the info (windings, etc.);
hit the solution icon, and the new results appear - check the web CAE sites for full explainations, examples, etc..

Don't try to complicate things and it will be of a much greater reward...  Perfect it later.

Forgot to mention - over on the OUR thread I posted a "How I did the WAG design" thing - it's somewhere there.

With respect to "how far along are you" - quite far but still not ready for final beta.
Many more iterations to check as well.

Yea, I know, shoot the engineer so we can get something on the loading dock! Actually, this is a hobby for me
and I'm not out to impress anyone, except maybe myself. It's the "Curse of the Ever Curious."

Anyway, that's all I know. Good Luck!

Thanks SL,
Pretty much as I expected.

So continuing with regards to LinGen, what is the steady state performance from a simulation conducted with the parameters arrived at using the CAE? What is the calculated output for the device you are building? For input, earlier you said "1 Amp, 300 Turns". Is that average current or for pulse duration and is it still applicable?
bi

{edit}
Just noticed, you say 500 turns for the lap winding on the stator. The diagrams show only 4 turns. Is this a change?

[Jimboot]

This is related to waste management however, this does not change the underlying financials and debt management of the company. All companies can only run at a year by year increasing loss for as long  as their creditors allow.

Investors not creditors. Many businesses run at a loss especially if they are investing for future growth. It took Amazon years to turn a profit.

[SolarLab]

As once quoted in a Monty Python flick "This is Silly!"

So I'll just "cut-it-here"...