Holcomb Energy Systems:Breakthrough technology to the world

[listener192]

This doesn't look good for Astra Energy


https://www.marketscreener.com/quote/stock/ASTRA-ENERGY-INC-111328093/news/ASTRA-ENERGY-INC-10-K-A-Management-s-Discussion-and-Analysis-of-Financial-Condition-and-Result-42559686/


L192

[Feb2006]

On the positive side.


https://www.globenewswire.com/news-release/2022/12/01/2566157/0/en/Astra-Energy-Inc-Announces-a-Definitive-Manufacturing-and-Distribution-Agreement-Between-Its-Subsidiary-Regreen-Technologies-Inc-and-Cong-Ty-Co-Phan-Viecotech-of-Vietnam.html

[listener192]

On the positive side.


https://www.globenewswire.com/news-release/2022/12/01/2566157/0/en/Astra-Energy-Inc-Announces-a-Definitive-Manufacturing-and-Distribution-Agreement-Between-Its-Subsidiary-Regreen-Technologies-Inc-and-Cong-Ty-Co-Phan-Viecotech-of-Vietnam.html

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.   

[SolarLab]

Hi Ufo,
Thanks for the prompt reply. Resolution, as I figured, coming from you. This is a point of disagreement with me. Using a 3-phase sinusoidal AC source produces a constant magnitude rotating magnetic field. Relative to a fixed point in the air gap, the flux is smooth, continuous uninterrupted so needs no further resolution. Even if the 3-phase AC is derived via a VFD, the inductive reactance of the winding coils will smooth the current waveform. Modulation or carrier frequency of VFD's of which I've used range from 2k to 12kHz. Having "scoped" current many times, resolution is not an issue. For your devices, do as you wish. And btw, Holcomb shows that 16 tooth 4 pole rotor, remember?
I'm interested in SL's "minimal effort and resource" configuration is.
bi

{edit} btw, it would still be at 60Hz.

bistander,

Responding to your comment above:
" I'm interested in SL's "minimal effort and resource" configuration is. " 

In an effort to further understand where you seem to have a problem with the LinGen configuration it
might be a good idea to start from the beginning.

What part are you having a problem with?

Starting from the mid school physics experiment where you made an electro-magnet with a wire coil,
a metal core (nails?) and a battery or power supply. Do you recall those experiments? Did you
understand any of the physics behind it? The B-H mechanics of it might not have been explained,
but do you have a feeling for the various types of "metal" involved and what the differences in
magnetic field strengths with respect to the various metals used?

A lot of other variables like distance, coil turns, current, pulse duration, etc. are involved but we can
work through those if necessary. Not all of us see things from the same prospective, but we'll reach
common ground with a little discussion.

At the risk of being redundant, there are a couple of re-posted images attached. The size of the metal
(rotor and stator in gray) is 3" X 5" X 0.5" thick (or there abouts). Both Rotor Coils (eight) and Lap wound
Coil (one) are shown as solid elements which make up many wire windings (thats the way this CAE does it).
Calculate the winding turns, etc. to suit your desired output with respect to your pulse inputs.
The entire WAG LinGen is arbitrary but most similar configurations should give reasonable results. It's a
first pass, wild ass guess, proof-of-concept! 

Finding suitable metal was discussed a while back in the OUR Thread but that can revisited if necessary.

We all can work through this from start to finish if that's what's required. I think this stuff is an important
break-through for all involved (life on the planet going forward) so I believe it's worth the effort.

I know there will be a lot of "smart ass" comments, etc. but I can handle that - I have "Big Boy" pants!

SL

[bistander]

bistander,

Responding to your comment above:
" I'm interested in SL's "minimal effort and resource" configuration is. " 

In an effort to further understand where you seem to have a problem with the LinGen configuration it
might be a good idea to start from the beginning.

What part are you having a problem with?

Starting from the mid school physics experiment where you made an electro-magnet with a wire coil,
a metal core (nails?) and a battery or power supply. Do you recall those experiments? Did you
understand any of the physics behind it? The B-H mechanics of it might not have been explained,
but do you have a feeling for the various types of "metal" involved and what the differences in
magnetic field strengths with respect to the various metals used?

A lot of other variables like distance, coil turns, current, pulse duration, etc. are involved but we can
work through those if necessary. Not all of us see things from the same prospective, but we'll reach
common ground with a little discussion.

At the risk of being redundant, there are a couple of re-posted images attached. The size of the metal
(rotor and stator in gray) is 3" X 5" X 0.5" thick (or there abouts). Both Rotor Coils (eight) and Lap wound
Coil (one) are shown as solid elements which make up many wire windings (thats the way this CAE does it).
Calculate the winding turns, etc. to suit your desired output with respect to your pulse inputs.
The entire WAG LinGen is arbitrary but most similar configurations should give reasonable results. It's a
first pass, wild ass guess, proof-of-concept! 

Finding suitable metal was discussed a while back in the OUR Thread but that can revisited if necessary.

We all can work through this from start to finish if that's what's required. I think this stuff is an important
break-through for all involved (life on the planet going forward) so I believe it's worth the effort.

I know there will be a lot of "smart ass" comments, etc. but I can handle that - I have "Big Boy" pants!

SL

Hi SL,

I was hoping that you would be able to instruct me how to obtain the correct configuration after you claimed this:

All commercial generators "are" free energy but they have to configured correctly -

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:

What part are you having a problem with?

Specifically this:

Calculate the winding turns, etc. to suit your desired output with respect to your pulse inputs.

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