Trans-verter - Solid state RV

[ashtweth]

TransVerter / Part 3 - YouTube
Guys check this please. Full credits to H, Dan and our French brother.

Ash

[mbrownn]

This is the circuit for the Lockridge device. See http://www.energeticforum.com/renewa...tml#post162546

I wont hold back anymore we have to get this out.

[Xenomorph]

This is the circuit for the Lockridge device. See http://www.energeticforum.com/renewa...tml#post162546

I wont hold back anymore we have to get this out.

The exact circuit idea in the video is from Hector Torres.
The author of the video correctly acknowledges him for the diode-plug in many videos.
Hector has been openly sharing the diode-plug topology many years ago and now someone has finally demonstrated it.
Great work Selfonlypath!

[Farmhand]

TransVerter / Part 3 - YouTube
Guys check this please. Full credits to H, Dan and our French brother.

Ash

Can someone give an explanation of exactly what he is doing and what he has achieved or is trying to achieve ? I don't get it.

Cheers

[Xenomorph]

Can someone give an explanation of exactly what he is doing and what he has achieved or is trying to achieve ? I don't get it.

Cheers

He is attempting so-called resonant extraction.
Something people never think about in their pulse-coil set-ups where they
destroy resonance and broadband as soon as they hook the load or a changing load for that matter to the circuit.
This doesn't miraculously happen of course to the clever ones that claim to run their house that way
You might wanna look into Transverter technology to understand what he is doing.

[Farmhand]

He is attempting so-called resonant extraction.
Something people never think about in their pulse-coil set-ups where they
destroy resonance and broadband as soon as they hook the load or a changing load for that matter to the circuit.
This doesn't miraculously happen of course to the clever ones that claim to run their house that way
You might wanna look into Transverter technology to understand what he is doing.

Well I thought there would be some kind of explanation of what he had
actually achieved as in numbers, I can't see him running his house from that.
Is there an output of power ? I can't watch all that video when I don't
even know what to expect or the idea to what he's doing, the noise is
unbearable.

So he puts some coils into resonance and taps a bit of power off without
changing the frequency of the coils, no big deal. How much power is tapped
for the input power level ? Is that in the video ?

This doesn't miraculously happen of course to the clever ones that claim to run their house that way

Yes claim is a good word. I see zero proof of this happening. Zero. It might be
possible if you're house has only a few lights and no fridge or anything.

[Xenomorph]

Well I thought there would be some kind of explanation of what he had
actually achieved as in numbers, I can't see him running his house from that.
Is there an output of power ? I can't watch all that video when I don't
even know what to expect or the idea to what he's doing, the noise is
unbearable.

So he puts some coils into resonance and taps a bit of power off without
changing the frequency of the coils, no big deal. How much power is tapped
for the input power level ? Is that in the video ?



Yes claim is a good word. I see zero proof of this happening. Zero. It might be
possible if you're house has only a few lights and no fridge or anything.

I was not referring to Selfonlypath concerning the claims of running the house. He is an honest man with scientific background and no kid.
You see no big deal in tapping a resonant transformer in a non-reflective way, i think it is a great achievement.
Most devices kill the Q and waste what could be extracted.
The non-linear aspect of his set-up is the ferroresonance of the shunted transformers. The high peaks on the triangular current waveform indicate the power gain and are what Selfonlypath wants to demonstrate in regards to non-linear phenomena.
To not loose the logarithmic power gain during the power extraction he developed the Arduino-controlled diode-plug topology together with Dan Combine.
Keep in mind that Selfonlypath never claims OU, so his new video also doesn't, but it is the right way to get there. Probably with a bigger set-up and higher operating variables.
Dan showed a reactive power gain of about 11 in his video.

[Farmhand]

I was not referring to Selfonlypath concerning the claims of running the house. He is an honest man with scientific background.
You see no big deal in tapping a resonant transformer in a non-reflective way, i think it is a great achievement.
The non-linear aspect of his set-up is the ferroresonance of the shunted transformers. The high peaks on the triangular current waveform indicate
the power gain.
To not loose the logarithmic power gain during the power extraction he developed the Arduino-controlled diode-plug topology together with Dan Combine.
Keep in mind that Selfonlypath never claims OU, so his new video also doesn't, but it is the right way to get there. Probably with a bigger set-up and higher operating variables.
Dan showed a reactive power gain of about 11 in his video.

I didn't say you said he was running his house or there was any claim of OU.

I asked some questions is all, if no one will answer them fair enough.

Is there an output of power ?
How much power is tapped for the input power level ?
Is that in the video ?

When I ask is there an output of power I mean power consumed by a load.

Now this is what I don't get. Are you saying power can be taken from the secondary of a resonant transformer without any effect ?

You see no big deal in tapping a resonant transformer in a non-reflective way, i think it is a great achievement.

If I see it as a big achievement depends on what you actually mean.

What do you mean by tapping ? A line on a screen, or a measurement of reactive power ? Or a real load consuming real power ?

Reactive power still comes from the source. Doesn't it ?

Reactive power gain. What does that actually mean ? And where does this power come from ? The source ?

Dan showed a reactive power gain of about 11 in his video.

I'm not or never was questioning the mans integrity, I was just asking some questions. I sat through a fair bit of video and seen no load so I thought I would ask what the goal was.

Now instead of just three questions there more.

I take it the answer to the first question is, no. If so there's no need to even answer any others.

Cheers

[Farmhand]

I guess what I'm asking is, how high is the bar ?
How much actual power tapped in a "non reflective way" would be more than in
the video's ?

A lot of that complicated stuff means very little to me. I prefer a value in watts.
Real time in/out power. No need to be too precise unless the amount is very small.

Cheers

[mbrownn]

The exact circuit idea in the video is from Hector Torres.
The author of the video correctly acknowledges him for the diode-plug in many videos.
Hector has been openly sharing the diode-plug topology many years ago and now someone has finally demonstrated it.
Great work Selfonlypath!

I did not know about Hector Torres or his work so I will read up on it I came up with the same basic circuit when working on the Lockridge device.

There will be a radiant output, especially if the coils are not in a closed magnetic loop but for me he has missed something. with a coil you are creating a magnetic field so you might as well extract the energy from that too.

If you look at my circuit you will see that all the collected energy is put back into the capacitor in the source line. Because we are using a motor with a closed magnetic field the radiant will be smaller. I show a Bucking coil arrangement to increase inductance allowing a lower frequency to be used but not the third winding which is where the radiant will be. If our transformer does not have a closed loop there will be significant radiant to collect there.

When you look at the operation of the circuit you can see that the input is recycled, reducing the requirement from the source while still having the same level of energy going round in the motor. Even if we have no radiant input we can have 100w going through the motor with only a small fraction of that required for the input. If we do have a radiant input in the coils then the situation gets even better.

What I am showing is so basic and that there is no need to require this second input even if it is there. If we pulse a motor we can recover most of the energy that we used to pulse it. This is proven and used everyday with PWM servo motor circuits so no need to reinvent the wheel there. The difference is normally they just feed this current directly back into the motor where as I charge a capacitor, the current is still flowing through the motor in both cases so we still have motor power but with my circuit we can use that energy again. Its so simple, I don't understand why people cant see it, Its obvious.

Using the same circuit without a motor we can have a coil pulsed with 100w but only requiring a fraction of that from the source. A Bedini SSG shows that we can have a battery charging almost equal energy to what the coil is pulsed with. So with a Bedini setup using the SG circuit (Trifilar coil) and the capacitor in the source we may well be able to demonstrate overunity.

Something people never think about in their pulse-coil set-ups where they
destroy resonance and broadband as soon as they hook the load or a changing load for that matter to the circuit.
This doesn't miraculously happen of course to the clever ones that claim to run their house that way
You might wanna look into Transverter technology to understand what he is doing.

You are right, my experiments have shown this. The resonant frequency of a motor changes under load so the solution is a fixed load. Notice the Lockridge device had a fixed load of 300w but with mechanical switching powered by the motor there will be some self balancing as the motor adjusts its speed to the load. An electronic switching system may need to do this too or just a simple ramp up to the sweet spot. Bedini talked about this in his video on the Lockridge device, he said the electronic switching was the problem. I believe by having a variable inductor as the trifilar coil we will be able to solve this or maybe some electronics guy can make the PWM adjust automatically. I expect to burn out a few motors working on this.

[mbrownn]

Ahhh the rotoverter, that is totally different.

Look at the arrangement of diodes capacitors and switches in the video, that is what I am talking about. He is showing full wave rectification and a H bridge whereas I just showed the half wave rectification and the minimum number of components for use with a DC motor.

I always forget, I use pulsed DC whereas others use AC Its the same circuit but used in a different way, my mistake there.