Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[cheappower2012]

ok,I see were your coming from,one big mistake that a.king21 and company made was not measuring the voltage at the heater plug,and frequency.

[slapper]

Output voltage and output current have to be measured simultaneously, not separately, to estimate the output power.

Great, now most of those people will connect two multimeters simultaneously and multiply their readings.  See what you have done ?!

verpies, i think that is the first time i ever seen you smile.

take care.

nap

[wattsup]

@x_name-41

Just to confirm that your TK coil winding diagram is very correct.

http://www.overunity.com/7679/selfrunning-free-energy-devices-up-to-5-kw-from-tariel-kapanadze/msg331464/#msg331464

Basically the TK coil only has one wire in and one wire out, hence it cannot be a coupling coil.

Thanks for your works.

@v8karlo

High voltage is nothing really. We have all done it. But put the output on a dioded capacitor that has a bulb load and a volt meter to really see what the output is will be the most determining factor. HV alone will not do it. But read on.

@verpies

I have a theoretical question. If I took that heater element and fed it 10kv or 15kv, with that Earth ground going to one side of the element and I was able to adjust for .1 to .2 amps, will that element heat up? What I mean by this question is if the element was already receiving high voltage, then the ground wire does not have to be any thicker then what he was using.

Of course if the element was receiving 220 volt, then of course the amperage would have to in the 20 amps range and of course that ground wire would never be enough. But at high voltage, that wire should not be a problem.

So what if TK is just producing high voltage in the many ways he has already shown us with his many builds. HV is HV regardless of how you produce it. The trick is HV with amperage and I think he is using the TK coil to simply increase amperage of his HV. A slight increase of HV amperage means a great increase on the load. HV going to such a resistive load, the load will slow down the voltage to usable voltage and that will change the dynamics and back up inside the TK coil changing the TK coil HV to stabilised voltage.

In the first instance of power, the HV reaches the load as HV but then the voltage drops in the load and that drop backs up inside the TK coil to also become part of the load.

@all

Since TK has shown that producing the HV with different methods is not the problem, I gather that they are using the TK coil to augment the HV amperage but only if the right frequency is found. It's always about the frequency (yes, and duty).

I put down a small diagram of how the TK coil could be working since we now know it is only one wire wound through all 6 layers. This alone is a great step forward.

This dispels any possibility of classic coil to coil coupling and can therefore only mean he is passing the HV through the coil to increase amperage, since he already was producing the voltage. The slightest increase in amperage would equal a rather generous increase when the HV hits the load that will act as a stabilizer. Since the load is hit by HV, the ground side does not require a very fat wire, so what they used in the Aquarium 2 video could be very plausible.

In the green box TK coil, TK most likely wound a second dummy coil over the two layer side of the true TK coil to add some distracting feature to the coil. That's why his 6 turn fat coil was still positioned over only one end of the TK coil. Hmmmmm. Also notice that the voltage/amperage was always measured with the load on so that's why we did not see any reading in the 10kv range or more. The load kept the reactive HV down so his guy could measure it with his meter and the HV increased amperage kept the load lit.

Starting to make sense and this gives me some great lines of experimentation. hehehe

wattsup

[Free.Energy]

 V8karlo

try to charge capacitor with one side to ground and other to metal plate near coil setup

If is back and forth use bridge rectifier between plate and capacitor
   

[Zeitmaschine]

So what if TK is just producing high voltage in the many ways he has already shown us with his many builds. HV is HV regardless of how you produce it. The trick is HV with amperage and I think he is using the TK coil to simply increase amperage of his HV. A slight increase of HV amperage means a great increase on the load. HV going to such a resistive load, the load will slow down the voltage to usable voltage and that will change the dynamics and back up inside the TK coil changing the TK coil HV to stabilised voltage.

In the first instance of power, the HV reaches the load as HV but then the voltage drops in the load and that drop backs up inside the TK coil to also become part of the load.

Don't focus too much on high voltage. Because in both of the TK patents there is nowhere any mention of high voltage. That means either the device does not need high voltage in order to function (the sparks are only decoys), or the device does need high voltage, then both TK patents are invalid due to the omission of the high voltage as a key feature of the device. But why would TK have filed patents in the knowledge that they are invalid?

Just thinking logical...

Regards