Holcomb Energy Systems:Breakthrough technology to the world

[rakarskiy]

Tonight I put a 100v 68uf cap across my 240v incandescent lamp. My 24vac supply rated at 1000ma hooked up to the 8ohm rotor coils in parallel. Output from stator coils connected to the lamp with the cap across it.
Measured with my DMM so take it with a grain of salt. However there was a significant difference visually in brightness.
Input from 24vac supply with rotor and load connected.
23vac 519ma
Output from the stator connected to the / lamp cap 40vac 970ma.
So that was interesting.

Input ROTOR: P_in = 23V * 0.519A = 11.94W;

Output LOAD: P_out = 40V * 0.970A = 38.8W;

COP = P_out / P_in = 38.8 / 11.94 = 3.2

You probably, to yourself, are afraid to admit your performance?

And perhaps a photo of the experiment?

[Jimboot]

Input ROTOR: P_in = 23V * 0.519A = 11.94W;

Output LOAD: P_out = 40V * 0.970A = 38.8W;

COP = P_out / P_in = 38.8 / 11.94 = 3.2

You probably, to yourself, are afraid to admit your performance?

And perhaps a photo of the experiment?

TBH I don't trust anything until it's self running I'll tidy everything up and do a video with measurements. If you want scope shots it may take me a while to work out how to configure my rigol . I'm more interested in trying other cap values and different resistive loads. I'd like to understand more about tuning it.

[rakarskiy]

Jimboot, i do not think that from this position without changes, you can squeeze more.
The reason is that the pole piece is designed for mechanical rotation and does not have a uniform gap over the entire area of ​​contact through the gap with the plane of the rotor.
The rotor is not designed to work with a variable excitation field.

You can try a likefuck from me. Take very small metal shavings and pva glue, make a thick mixture and fill the gap between the rotor and the stator. Back in 1982-83, we did this to increase the flux linkage of electric motors. At some point it helped, but in this version there will be no rotation.

That's all I can advise for such a pair of rotor + stator!

[Ufopolitics]

Tonight I put a 100v 68uf cap across my 240v incandescent lamp. My 24vac supply rated at 1000ma hooked up to the 8ohm rotor coils in parallel. Output from stator coils connected to the lamp with the cap across it.
Measured with my DMM so take it with a grain of salt. However there was a significant difference visually in brightness.
Input from 24vac supply with rotor and load connected.
23vac 519ma 11.93 watts
Output from the stator connected to the / lamp cap 40vac 970ma. 38.8watts
So that was interesting.

I have also attached the model of the generator I have recycled from.

Hello Jim,

That was an interesting experiment!
If I may ask, are you using the same generator rotor, which is basically two coils in series?
And so, applying 23 VAC from a transformer?

You are getting an obvious gain there...may not be enough to loop or self excite...but still interesting...

However, if you are just using AC for Input into a single coil or dual in series...that is basically a transformer scenario with a primary (static rotor) and a secondary (stator).

You can not modulate field speed (basically "flashes" of up-down sinewaves) which ends up as frequency rate.

If you could share pictures of rotor-stator config it would be great.

Thanks and regards


Ufopolitics

[Jimboot]

Hello Jim,

That was an interesting experiment!
If I may ask, are you using the same generator rotor, which is basically two coils in series?
And so, applying 23 VAC from a transformer?

You are getting an obvious gain there...may not be enough to loop or self excite...but still interesting...

However, if you are just using AC for Input into a single coil or dual in series...that is basically a transformer scenario with a primary (static rotor) and a secondary (stator).

You can not modulate field speed (basically "flashes" of up-down sinewaves) which ends up as frequency rate.

If you could share pictures of rotor-stator config it would be great.

Thanks and regards


Ufopolitics

the two rotor coils are wired in parallel .  Resistor and diode removed.hopefully I'll be able to upload more tonight. It is indeed fascinating.