Holcomb Energy Systems:Breakthrough technology to the world

[alan]

VAC? Are the values RMS or average and in phase? Only then you can simply take P=V*I. Capacitors store and release energy and can easily fool you if different factors aren't taken into consideration. 
V*I of the different components in a RLC circuit at resonance show increase in energy if you don't use the RMS (instead of peak values) and power factor in the calculations.

[Ufopolitics]

Good result!

СОР =  Р_out/_Pin =  (65V*1.6A=104W/25.3V*0.6A=25.9W) = 4.0

If you want to try to close, you will have to have a voltage balance system, it is better to rely on the battery. From the battery, through the DC/AC inverter, to the rotor winding. From the phase, through the AC/DC charger, to the battery. Connect the load to the battery.

@ Rakarskiy,

Sorry, I disagree...yes, a battery (or supercaps) are better...but Jim have AC to AC no DC involved.
So, IMHO, to start converting from AC to DC and then back from DC to AC...is where we get screwed off.

See, these systems are not "Overunity Galore"...they are only a few volts and a few Amps above Unity...and if you waste those in conversions...it simply will not loop or close system.

Look at Cotnoir DZ Generator, it only had a few volts and some milliamps above...

Anyways, tight up with time here...so

@Jim Boot

You have a great system there!!...try not to mess it up, please!
You could try looping by using an Inductive load, a Transformer, in order to down, just a bit, your Input power from Output...
You may have to build your own trafo for that specific job.
But by using a small down transformer, you will not need to convert AC to DC and vice versa, All you will need is to tune the Input with right wire thickness and turns on secondary of transformer...

From my own experience, these systems work much better when loaded with Inductive loads...as you will see on your scope...the output sinewave will be "chopped" from peak rounded curves to a "look alike" Square Wave, but will still remain above unity or Input peak!!

Remember DZ Generator...Pierre have to make a specific transformer, where he modified just the secondary in order to deliver his 26V at input...still, he had a lot of losses with resistor-heatsinked and many other stuff...again, he had to convert AC to DC...

But you do not need that Jim!!

Now, a question: Your Generator have two stator circuits, one for exciter and other for mains output...
The one for exciter being of finer gauge, lesser loops...
Which one are you using for your output tests?

Regards

Ufopolitics

[Jimboot]

Thanks everyone for the input. Trying very hard not to screw it up. A low bar I know. Inductive loads don't work. Resistive loads I think are forming part of a resonant LC circuit .
UFO I have wired all the stator coils in series. I have made a video with scope shots. The close up of the 240v 25w lamp is when it is connected directly to  the 24vac power supply. The wider shot is the lamp connected to the generator powered by the same supply 

[rakarskiy]

@ Rakarskiy,

Sorry, I disagree...yes, a battery (or supercaps) are better...but Jim have AC to AC no DC involved.
So, IMHO, to start converting from AC to DC and then back from DC to AC...is where we get screwed off.

Hello!
You yourself said AC input and output. Alternating current has a feature, a zero zone.
If there is no buffer with an electrical voltage source, the next input cycle will not come.
There is no flywheel here, which is also a source and accumulator of momentum and inertia for the continuation of impulses.
Sincerely.

[Ufopolitics]

Hello!
You yourself said AC input and output. Alternating current has a feature, a zero zone.
If there is no buffer with an electrical voltage source, the next input cycle will not come.
There is no flywheel here, which is also a source and accumulator of momentum and inertia for the continuation of impulses.
Sincerely.

@Rakarskyi,

Yes, I agree that AC has a zero zone, so a buffer, in between must be used...but, remember as you have said yourself before, there is a communication established between rotor-stator, in terms of In/Out sync of sinewaves...before loading.
So, I believe it could be done "raw", maybe an AC running cap of the same capacity on both ends will ease the closing.

Sincerely

Ufopolitics