Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[verpies]

Gift from Inogda. He is our TPU guy !!
ANIMATED GIFS !! WATCH IN TOTAL COMMANDER PIC VIEWER !!

Thanks for those great educational aids.

However, there is something wrong with those GIFs.
Only the TheSwitchAnalogy.gif animates.
The larger GIFs, for example the The_Inductor.gif, do not animate even in TotalCommander viewer after being downloaded.

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[captainkt]

@idzaza, Put your secondary over top and slide steel sheet between coils pull out the plate this get circuit going.You need a good load on your secondary 1 to2KW.
I use the pancake coil from defunct hob, you will soon have plenty of those I am on my 15th. When the hob fires up you can lower the setting to about 1KW and still runs the same. Difficult to feed back as frequency only runs heaters or lots of bulbs,voltage about 100 but high amps, melts std crocodile leads.

Regards
Keith

[idzaza]

@idzaza, Put your secondary over top and slide steel sheet between coils pull out the plate this get circuit going.You need a good load on your secondary 1 to2KW.
I use the pancake coil from defunct hob, you will soon have plenty of those I am on my 15th. When the hob fires up you can lower the setting to about 1KW and still runs the same. Difficult to feed back as frequency only runs heaters or lots of bulbs,voltage about 100 but high amps, melts std crocodile leads.

Regards
Keith

Thank you. I did that experiment. I used heater, using 5.76 amp from the mains. for the same heat energy from induction heater it is using the same amps, the bulbs get bright, the electric heater is shining, but nothing about saving energy, very disappointed. Do not trust digital volt meter use the amp reader. It did not turn motor, or neither my bosh battery charger did not work nor TV. So, here we are Kapanadze's secret is still unknown. I have Baumatic Induction 4 ring hob cooker. Main spec
1 x 2.00 kW induction zone with booster (3.0 kW), Ø 180 mm
§ 1 x 2.00 kW induction zone , Ø 180 mm
§ 2 x 1.50 kW induction zones , Ø 180 mm
I have two heaters so I can compare. for the same energy it was taking (shining heat) the same amount of amps including or excluding which ever you want to call is right. 1.43 amp taking by the induction hob without the load, in stand by is less but when fires up and remove load it works for 4-5 seconds at that time it takes 1.43 amps. Oh yah if you do not have enough volts the bulb will not use much amps but you think it is fully bright. I got that hob from the hotel, was on Gumtree.com, it is in good condition like new, got for just 40 pounds and can fit at home if want to so wont worry about it much. I got 5 ring induction cooker as a spare two of them from ebay for 10 pounds for both. So I removed the coil and used the coil on the top of each other. even removed the ceramic cover so to put directly the coils on the top of each other. By decreasing the level of power frequency you are decreasing the voltage too so what is the point? the bulbs still shine but not fully bright, cattle takes longer to boil the water. Now, do I have a wrong induction cooker? This is the one I bought http://www.gumtree.com/p/for-sale/second-hand-induction-hobs-for-sale--1-year-old--50-only-brand-new-they-cost-over-300/1004087542 As wrote I got Baumatic. So far nothing works for me. if you have anything interesting please share with us. I know that I know nothing yet about Kapanadze's device. How the hell he gets so many amps from tiny 9 volts battery?

[captainkt]

@idzaza, sounds as if you have been playing as I have. Very difficult to work out the output, fairly easy to work input with watt meter.Only going by brightness comparison for out . The most amazing thing I found was that when I unwind the pancake and form it around a 45mm tube the coil is only tiny just over 3 inches long using the 10 metres of litz wire and this will light a 3kw industrial fire and half a dozen 100w bulbs no problem. My hob is single from Maplins £35 new, once the internal fuse blows then only the coil and a few caps are salvageable . The wattage shown by hob is not accurate,they run at 950watts when showing 600 watts. Will keep in touch.
Regards
Keith

[Zeitmaschine]

What findings do we have so far:

1) 12V input can generate up to 650V output simply by opening a switch which is connected to an iron core transformer.

2) A (DC) current can flow (to/from ground) without a closed circuit provided that the voltage (potential difference) is high enough.

3) The Kapanadze device can generate a high current to ground without a return path (no closed circuit).

Therefore what do we need?

Something that can generate high voltage at 50Hz (TK talks about 50Hz spark) by means of an iron core transformer or choke. The most promising candidate for this would be something like a Trailing Edge Dimmer.

»[...] trailing edge dimmers must never be used with iron core transformers [...].« ... is that so?

»Back-EMF is generated in any inductive load, because the inductor is an energy storage (reactive) component.«

»[...] even a small current becomes a very high voltage. This effect is seen regularly, but is commonly dissipated as a small arc across the switch contacts. Such arcs are harmless if they only occur a few times a day, but if repeated 100 or 120 times a second the average power becomes significant.«

The average power becomes significant? Interesting! Then perhaps a good idea would be to do something useful with this power.

Now, although the two parts on the heat sinks of the Kapanadze device could be transistors as well as thyristors as well as triacs as well as diodes, the parts on the heat sinks of the Stepanov (single phase) device are most likely thyristors. But thyristors cannot be switched off easily at the peak of the sine wave.

So what's the link I'm missing here?

And BTW the diode bridge (four diodes) in the diagram (Figure 7) of the trailing edge dimmer looks interesting. Although the lamp runs at 50Hz AC the connected transistor switches just pulsing DC at 100Hz. If I would know for sure that the Kapanadze diode bridge is indeed not a diode bridge ...