New April 2016 Video from Kapanadze shows again KWatts of Free Energy

[Zeitmaschine]

I am not sure.  It could be magnetoacoustic in nature, like in this video or even nuclear ...or both.

The link seems to be broken.

AC supply is taken from the blue generator

Blue is an induction motor. It can't work as generator.

But there is something we know now:

a) The frame is ground, the device needs no additional grounding.
b) The diode bridge minus is connected to frame, therefore ground.
c) Device can self-run without external inverter.

So, what is missing in the red box below? It can't be much, can it?

[verpies]

The link seems to be broken.

http://youtu.be/qauZ4WBwAOM

[Hoppy]

Blue is an induction motor. It can't work as generator.

http://www.redrok.com/cimtext.pdf

http://www.smallhydropower.com/induction.htm

[Zeitmaschine]

You sure?

Now explain to me a) why Kapanadze should go through the length of exciting inconveniently an induction motor first to use it as generator, and b) what size your heavy duty battery must have to output KWatts of energy without running low during the demonstration.

To point a: It is not in order to have an output at 50Hz, because the green box setup runs at 50Hz without turning a large motor first. To point b: The ammeter shows around 10A at 220V equals 2200W that would make a current of 183A drawn from a 12V battery, if I'm correct.

On the other hand, the 2004 setup needed also »excitation«. The lamps are never lit immediately when connected to the inverter. Should that be a hint that this blue motor is part of the resonant circuit not simply connected to it?

Even more strange, switch on at 0:04 then at 0:14 the motor starts suddenly (after relay clicking). 10 seconds (in first video 12 seconds) delay, what for? Sounds like a small pump stirs up the oil prior to start. But what would the purpose of this when it runs on a battery (and a motor) hidden where the oil is supposed to be?

[Hoppy]

You sure?

Now explain to me a) why Kapanadze should go through the length of exciting inconveniently an induction motor first to use it as generator, and b) what size your heavy duty battery must have to output KWatts of energy without running low during the demonstration.

To point a: It is not in order to have an output at 50Hz, because the green box setup runs at 50Hz without turning a large motor first. To point b: The ammeter shows around 10A at 220V equals 2200W that would make a current of 183A drawn from a 12V battery, if I'm correct.

On the other hand, the 2004 setup needed also »excitation«. The lamps are never lit immediately when connected to the inverter. Should that be a hint that this blue motor is part of the resonant circuit not simply connected to it?

Even more strange, switch on at 0:04 then at 0:14 the motor starts suddenly (after relay clicking). 10 seconds (in first video 12 seconds) delay, what for? Sounds like a small pump stirs up the oil prior to start. But what would the purpose of this when it runs on a battery (and a motor) hidden where the oil is supposed to be?

The battery is not hidden where the oil is supposed to be. The oil is outside of the red barrel that houses the motor and battery. The green box device if powered from this generator at a remote location, would of course not need to run on battery, as the mains would supply the motor via the step-down transformer.

The total length the 3-part video shows the motor running is 4m 19s. The voltage across the lamps is unlikely to be a full 220V and probably a lot less. So, even if the full 220V was applied, the current would be more like 100A. With a run time of just 4m 19s, this would be no problem for a battery capacity of 100A/h or more. The current would stay reasonably level looking at a typical discharge curve. As has been mentioned before, the real test is to see the device running for much longer periods of time, which are clearly beyond the capacity of batteries that could physically be hidden within a given device.