Kapanadze Cousin - DALLY FREE ENERGY

[Void]

More about that video https://www.youtube.com/watch?v=wd2OFmlTNNc#t=728.076957
In 0 27 he say, that here is usual kacher, but not absolutly usual. Till green isolate tape is wire, then  is ring of other metal. Then next same wire and then on end ekran and on ecran wounded wire, who is also covered with green isolate tape.

Hi MenofFather. Thanks for that. I think it would really help if you could draw a simple
diagram showing what you mean by the above, as it is still unclear to me. Also, I don't know what
you mean by an 'ecran'. SkyWalker indicated that an ecran is a split metal tube? Is that what
you meant?

[Void]

a. For sure battery is participating in feeding the load as a 45Ah battery can not be empty in half a day just by powering a 12W katcher...

Hi Jeg. I have doubts about the battery feeding the load directly. I personally think that is probably not the case. 
Menof wrote the following:
"battery need recharge about after day, maybe 7-18 hours working with 700-2000 kw load, then neeed recharge.
In some his video, he showing 4 kilowats how working (fen 2 KW and heater 2 kw)."

It sounds like that with smaller loads the battery can go much of the day without needing recharging.
If the kacher circuit is pulling about 1 A from the battery with smaller loads, then a 45AH battery would
still need to be recharged after about 18 hours if it is not a deep cycle battery, otherwise you could do damage
to the lead acid battery. It seems possible to me that if the kacher is pulling even more than 1 A
when large loads are connected to the output of the device, such as say closer to 2A in that case, then the battery
could need recharging after about 7 or 8 hours.

The thing that makes me wonder about this is if the kacher is drawing closer to 2A under heavy load, I would
think that it would need a bigger heat sink than he seems to be using, as the kacher driver circuit seems to be
not so efficient and the BJT transistor can produce a lot of heat even at 1 A current draw. If the kacher
driver is producing a lot of heat, would he be able to lay a wool hat over the kacher driver for several minutes
without the transistor quickly overheating? He doesn't seem to be using a really large heat sink, although maybe
the heat sink he is using is quite thick. This is something of a puzzle to me though.

His circuit can power loads of two to four kiloWatts. No earth ground wire. Relatively small heat sink on kacher transistor.
Things that make you go hmmm...

[Hoppy]

His circuit can power loads of two to four kiloWatts. No earth ground wire. Relatively small heat sink on kacher transistor.
Things that make you go hmmm...

If this device is really self-running, can we assume anything is running in a conventional manner. Maybe the components are getting cooler through negative energy! 

[Zeitmaschine]

When he flings down the device next to the fence then the device is still self-running? He disconnects the loads but never disables the device itself by cutting the back loop. Or did I miss something?

So he doesn't care about short circuiting the wires or sparking, because he knows that device is dead?

[Hoppy]

When he flings down the device next to the fence then the device is still self-running? He disconnects the loads but never disables the device itself by cutting the back loop. Or did I miss something?

So he doesn't care about short circuiting the wires or sparking, because he knows that device is dead?

Of course its dead! He pulled all the trailing leads out and there's no battery on board that eye can see.