Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

E-Stress Tesla document 1980's link:
http://www.slideshare.net/harisingh/estress-25974444

It's slowly making sense now on how ou generated out of nowhere.

But very slowly (given the date).

»The E-Stress Amplifier basically consists of three cylindrical capacitors and two induction-less coils with external circuitry designed to start-up and maintain the entire system and load.«

Where can I see this in Kapanadze's 2004 video? The big coil looks not like this description and in the tin can there is not much room for that either. Maybe we can omit some stuff to make it »so simple you'd laugh«?

[jbignes5]

 Everyone knows the current power calculations right?


Electrical power equation: P = I × V = R × I2 = V2 ⁄R where power is in watts, voltage V is in volts and current I is in amperes (DC).
If there is AC, look also at the power factor PF = cos φ and φ = power factor angle
(phase angle) between voltage and amperage.

Sorry if that got screwed up a bit. Correct me where I misedited.

So what Happens when you add more V to the system via a synchronized inductive impulse e-field to an AC signal going through a load coil?

Example. 120V 5A 24 Ohm =600 watts
                 1200V 5A 240 Ohm = 6000 Watts

The Ohms in this case would be the resonant load impedance.

Since we all know that all circuits are prone to interference then adding more voltage to an already established flow would increase the power in the normal fashion. We are just trying to inject the higher voltage over the flow already established. This should be accomplished via a spark gap to radiator coil to ground connection. Would this not augment the flow already going through the load coil within the radiator coil? Would this not change the power out of the coil?

I would have to say that is exactly what TK is doing. he is augmenting the system by creating an impulse over the already flowing AC signal through the coil(bifilar). You can do this for a fraction of the cost it takes to run the system and be able to recharge the battery or even bypass the battery after it has started. In the case of the backyard experiment. Although the number I used are extreme in the above example I do believe this is what he is doing.

Having an additional ground going through the center of both coils would give the impulse field an outlet further focusing the effect onto the load coil.

Since there is transistors in the system and I would suggest he is just amplifying the ac signal in a transformer which lowers the current and raises the voltage. Then he runs that over a spark gap and through the radiator coil. This might explain the constant spark over the gap and the shortness of the gaps spacing as well. doesn't using a bifilar transformer not allow it to desync from the original AC signal?

[Hoppy]

But very slowly (given the date).

»The E-Stress Amplifier basically consists of three cylindrical capacitors and two induction-less coils with external circuitry designed to start-up and maintain the entire system and load.«

Where can I see this in Kapanadze's 2004 video? The big coil looks not like this description and in the tin can there is not much room for that either. Maybe we can omit some stuff to make it »so simple you'd laugh«?

I'm already laughing at the 2004 setup. 

[magpwr]

I'm already laughing at the 2004 setup. 

hi Hoppy,

I know it's little funny if we look at it this way.
But we are all  not laughing at "Nikola Tesla" work now i think done in the "19th century" if i mentioned correctly. .His work looks "laughable" to many during his Era to a point where some think he was indeed mad.

[MenofFather]

Coaxial cable not used in akula divices.