New invention of motion less generation of electric power

[powercat]

Ok here is the video posted by winsonal
http://www.youtube.com/watch?v=mvzSuSTRA2M
only one video on his Channel page

cat

[powercat]

Here is the text that was posted with the video

this video shows the new invention of motion less generation of electric power it take 1.5 amps at 30 volts(45 watt) and produces 0.7amp at 220 volts (154watt) this device can be used to reduce your electri city bill slow down the meter this generator is world first solid state power generator please see the video and if you have any querries you can contact me on winsonali@yahoo.com if you wish to but one of these units for R&D purpose i will send you a unit imediatly i have already file the patent for any further question related to over unity , comparsion with magnacoaster vorktex , magnetic electric gererator, perpetual motion , tesla coil , high frequency or principal of bearden motionless generator please ask me i will send you details. the sole purpose fo sjowing this video is to promote free or low cost electricity you can reduce you electri bill upto 60% very easily
this power generation is based on my own theory of smart energy my email address is winsonali on yahoo
this unit can be directly connected to windmill and solar panels and this is a perfect solution for alternative energy
END

cat

[hartiberlin]

Looks really interesting.

From the video, if it is not faked one can clearly see a power
amplification.


But he says, that he is using no magnets and no transformers,
so why does he call it a MEG ?

I have emailed him to come over here.

Regards, Stefan.

[jibbguy]

Hmm, very interesting.

What does it mean that he left the dimmer circuit (the white box) at the low power setting when disconnecting line power and connecting the device?

And what if he is using a much higher F to power the bulbs; and that could be why they are bright even at the low dimmer setting... And the meter can't read the higher F very well (because it was designed for "50 Hz")? That trick might work OK with incandescent lights, but not AC motors

But anyway, in order to answer these questions properly, the wall meter needs to be inline with the line power input BEFORE the device not AFTER it... Not between the device & dimmer, and light bulbs as it appears to me to be in the video.

So it just could be a question of not doing his demo correctly for the attention of skeptics; or it could be a fraud. Another vid with a frequency meter or scope at the lights, and the power meter at the input to the device (BEFORE it not after it), should clear this up easily enough.

[hartiberlin]

Hmm, very interesting.

What does it mean that he left the dimmer circuit (the white box) at the low power setting when disconnecting line power and connecting the device?

Yes, he seems to feed his device the about 30 Volts phase triggered dimmer output AC.
Maybe he uses a rectifier in his device first to convert this to
DC and then process this DC voltage ?
I see some rectifier diodes at the left side of his unit.

And what if he is using a much higher F to power the bulbs; and that could be why they are bright even at the low dimmer setting... And the meter can't read the higher F very well (because it was designed for "50 Hz")? That trick might work OK with incandescent lights, but not AC motors

Hmm, then the meter would probably show a lower frequency,cause it could not keep up...
Probably very unlikely..so he probably converts it back to 50 Hz in this case ?

But anyway, in order to answer these questions properly, the wall meter needs to be inline with the line power input BEFORE the device not AFTER it... Not between the device & dimmer, and light bulbs as it appears to me to be in the video.

No, the wall meter is before his device and after the dimmer , so it still reads a slow speed turning wheel, when he
runs his device.

So it just could be a question of not doing his demo correctly for the attention of skeptics; or it could be a fraud. Another vid with a frequency meter or scope at the lights, and the power meter at the input to the device (BEFORE it not after it), should clear this up easily enough.

Well, I agree, that it is a bit confusing and it needs better explanation and better audio quality.
Also scope shots would be great to see what is really going on.

Well from viewing it fullscreen you can only
see big caps some ICs and some (4 ?) power transistors or MOSFETs
on the board.

Also it seems that it still needs some external power supply
for the ICs as there is a black cable going to it from under the table.
This is not explained in the video but it is probably the power supply for
the ICs and switching circuits...
But a skeptic could argue, that the rest of the power comes from this cable...

Hmm...
We just need  more information...