Kapanadze Cousin - DALLY FREE ENERGY

[WhatIsIt]

I tried what AlienGray PS me about Soliman system.
I did not get exactly 180deg phase shift, but close enough.
No energy gain.

Something is missing in that setup.

Cheers!

[WhatIsIt]

Did Soliman got extra energy with his setup?
If did, how much?

Thanks!

[AlienGrey]

Did Soliman got extra energy with his setup?
If did, how much?

Thanks!

I think there is more to it than  just the phase shift or Itsu  would be celebrating
go through the Rick Fredrick videos  https://www.youtube.com/watch?v=KJlcQc8CrRY
all this stuff is a work in progress  yourself as i'm not a development engineer 
there is another guy you could ask is 'color' look on his thread.

If your after a quick return have you looked at master IVO video's on youtube

[gyulasun]

Hi Nick,

I agree and some additional thoughts:  if one connects say a 22 uF AC type capacitor across the mains network,
then the reactive current one can measure with say a clamp-on Ampermeter in any one of the connecting wires 
would be roughly 1 Amper from a 120 VAC 60 Hz mains voltage (capacitive reactance is around 121 Ohm in this example). 
It is possible that this current is not registered by the utility meter (but nowadays smart meters and utility providers
have reached rather advanced level, depending on where you live).
Anyway, the 1 A current will be taken out and supplied back to the mains as this capacitor charges and discharges and the generator feeding the mains network  will surely need to supply that 1 A current at least for the charge-up periods and also
handle the 1 A current coming back during the discharge periods (though this latter current is mainly dissipated in the generator). The 1 A current through the capacitor will have a nearly 90° phase lead with respect to the mains voltage so one faces
a reactive power consumption.
Now if one creates the 'mains voltage' output by an inverter run from a battery as per the Japanese patent and then 
one loads the inverter AC output by a reactive load that also provides a 90°phase shift between output current and voltage,
then what happens?
I think the same should happen than in the previous case: the inverter should provide the reactive current to the reactive
load and this should come from the battery.  Question is how a real load consumption will appear across the AC output of the inverter when a real load is connected to the output of the reactive LC circuit as described in the patent and fed from the inverter
AC output. This should be built and measured, I have not done such tests (my guess is there is no free lunch in this case, either).

Yes, Pavel Imris also has some patent applications or patents on his capacitive windings intended to operate directly from
the mains network and his intention was also to load the mains reactively hence claimed near zero real input power consumption. But his capacitive windings (coils) should consume reactive current from the mains as I mentioned in the above example.
And if a mains transformer built from his capacitive windings is loaded by a real load like by an incandescent bulb, then the
near 90° phase shift should change to a differnt phase shift hence input power consumption should also change, usually
for the worse direction, this data is not included.

Maybe lancaIV would have some additional thoughts.

Gyula

[Hoppy]

   As I'm getting a bit tired of chasing wild turkeys, here. It would be very nice to have some real proof, for a change.     Before going off onto another dead end. Such as OU due to phase change, alone.

Join the club Nick. How would you see the real deal proof being presented to you? Surely, you would need the device on your bench for full analysis, rather than just more of those time wasting iffy self-running videos to drive you round the bend.