Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[JuJu]

if you have readed my posts,... the bulbs on the kapagen are maybe 1/5 , 1/4 the brightness compared if connected to the grid! (is is my assumption, not proof)

its obvious that my measurements are correct, if my DMM shows me 48miliamp draw... and my analogue meter show me 48miliAmps to, i must assume that i can trust my DMmeter!

xeno and bolt can be right about the voltage, because if it is pulsed dc, its possible that the voltage will stay between the pulses...
but one thing is for shore 220VAC (half way rect.) will give 110VDC a 0.147A = 16,17W

and with this test, i can say for shore that my lamps were more bright that when using them onload with the kapagen! i also tested the FAN that needs real current and is only turning at 1/4 1/5 the velocity compared if connected to grid.

So im showing proof that the current circulating in the system is very small!

prove your point with experiment and lets move on to ehance this thing...

round 2, fight! 

@Flathunter,

and you are right, that's the reason i urge anyone to have verified input and then output.
A 100% lit bulb to a 50% lit is 1/3 to 1/4 power difference.

...
Regarding juju' case,

Can he demonstrate to light the 100w bulb with 10w using analogue metering?

EDIT: AT 10% common lamps are not well lit, but lit enough.
That's the reason people with Kapagen and variacs should check their load-banks directly from main and noticing perfomance at 80%, 60%, 50% 30% and 10% power levels. This requires some time to gain this experience.

[xenomorphlabs]

prove your point with experiment and lets move on to ehance this thing...

So what do you suggest to enhance it?

Is there any more replicators who are willing to check if taking out the Kapagen coil out of the chain actually makes any noticable difference?

There has been many good proposals to realize a correct current measurement in the ground cable, yet none of the 50+ replicators seems to have tried it.
One can only hope that someone will actually go ahead and do it soon.

[JuJu]

i suggest that we use our imagination... thats what im doing, and if i found something, i will be the first one to show it..

thats  how we ehance this, by testing.. not making theorys!

some of the guys that have clamp meters and all that cool equipment should clear this for us, thats why im saying that we should wake up and start showing evidence, not just dreaming that this is working!

anyways, do you received my pm? you talked of an inverter circuit to run my transformer.. can you help me with that please?

hugs

So what do you suggest to enhance it?

Is there any more replicators who are willing to check if taking out the Kapagen coil out of the chain actually makes any noticable difference?

There has been many good proposals to realize a correct current measurement in the ground cable, yet none of the 50+ replicators seems to have tried it.
One can only hope that someone will actually go ahead and do it soon.

[grizli]

i suggest that we use our imagination... thats what im doing, and if i found something, i will be the first one to show it..

thats  how we ehance this, by testing.. not making theorys!

some of the  that have clamp meters and all that cool equipment should clear this for us, thats why im saying that we should wake up and start showing evidence, not just dreaming that this is working!

anyways, do you received my pm? you talked of an inverter circuit to run my transformer.. can you help me with that please?

hugs

acording to google
It seems that half power roughly HALF brightness ... so... you are probably wrong, and if Naudin measurement is correct he brobably got some OU if we presume his bulbs glow realtivly bright

[znel]

if you have readed my posts,... the bulbs on the kapagen are maybe 1/5 , 1/4 the brightness compared if connected to the grid!

its obvious that my measurements are correct, if my DMM shows me 48miliamp draw... and my analogue meter show me 48miliAmps to, i must assume that i can trust my DMmeter!

xeno and bolt can be right about the voltage, because if it is pulsed dc, its possible that the voltage will stay between the pulses...
but one thing is for shore 220VAC (half way rect.) will give 110VDC a 0.147A = 16,17W

and with this test, i can say for shore that my lamps were more bright that when using them onload with the kapagen! i also tested the FAN that needs real current and is only turning at 1/4 1/5 the velocity compared if connected to grid.

So im showing proof that the current circulating in the system is very small!

prove your point with experiment and lets move on to ehance this thing...

round 2, fight! 

I've run alot of similar tests as juju has and came to a similar conclusion.   For me lights ( resistive or otherwise ) don't have alot of value in determining the actual output.   I have a 120volt MOT, as an example, rated at 1000 watts or approximately 8 amp input and it will produce a .5 amp output at 2000 volts.   A 100 watt 120 volt bulb requires .83 amps to fully light.   If you take 10 in series from the 2000 volt output at .5 amp each bulb is getting 200 volts at .5 amp or 100 watts.   With no input conditioning it will draw the full 8 amps but with a little finess you can create a tank cirucit that will do the same thing at 500 watts, turning the resistive load into an inductive one.  You can also condition the tank circuit input by either adding another inductor or capacitor to control the input and drop another 1-200 watts from that.   

I've used a non contact digital thermometer to measure the heat from a standard grid powered bulb against the bulbs in the tank and both run at the same temp with less input requirement.   This isn't a way to justify output wattage but it does give you a COP value comparison.   Coupled with a Variac driven from the grid you can "dial in " a temperature to determine the bulbs response compaired to the temp of the unconventionally driven bulbs.   Not perfect by any means but far better than a human eye for brightness.   

Personally, I'm not interested in lights or lighting but instead in heat and battery charging outputs.   I'm currently working on methods of converting the HV energy into LV current to achieve my goals.    I'll post more on these methods when testing is completed.

Have fun !   Thats most important....

Dragon