Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[sparks]

     The inductance of a transmission line is a continous loss for an ac circuit.  In the water analogy you continously are fighting the inertia of the water.  The only reason for ac transmission was because of the ease of transformation.  dc generators beyond suffering the inefficient commutation process create a continous stress on the insulation system.  Even ac which goes to zero potential every 60th second is limited to 2300 volts.  The turn to turn potential requires insulation systems that are easily comprimised by the slightest defect in the dielectric.  The oil-filled transformers are what allowed ac centralized power grids to grow.  It allowed transmission of millions of volts at very little current.  Obviously we need the voltage and actually only need the voltage over ground to get the work done.  Since the ground appears to be a good conductor it would follow that there are more electrons in the ground than there are lack of electrons.  This would suggest that the Earth carries a net negative charge.  So I would assume that we need a lack of electrons to get current to flow from ground through a load to get some work done.   This would require the power plants to maintain a positive voltage over ground at it's vending sites.  So why are they continously giving us everything in between?  Say at the plants they pump up a capacitor to a couple of million volts positive.  Current would flow from the Earth through the load to the line to the capacitor.  This would fill the capacitor with electrons very quickly.  Now as the electrons are flowing towards the positive void what if they were somehow diverted so they never reached the void?  As they were accelerated by the electric-monople they got shot straight into the ground in a deep manmade cave with lots of cathodes in it before they got captured in the near field of the monopolar capacitor.  Something like Tesla made in NJ.  Otherwise they would start to accumulate around the monopolar capacitor and it's accelerating ability would stop.  Would the fast electrons slowing down in the ground transfer their inertia to the ground electrons and cause the Earth to go more negative and less negative depending on changing the diverting magnetic field configuration?  Would the dc current in the load start to change in intensity at regular intervals allowing for transmission of energy over vast distances using the Earth as a monopolar capacitor plate and conductor all in one.  This changing intensity able to be transformed to safer lower voltage?  In Colorado springs Tesla discovered a ground wave.  Very slow.  Twenty minute frequency.  Riding on this ground wave was the information from distant lightning strikes.  Tesla knew then that the Earth was capable of transmitting current waves.  He then set about creating lightning strikes with a manmade positive cloud driving electrons into the ground.  Practical applications genious.

modify:  Tesla also designed a very high voltage DC transformer.  This operated using two coils in the primary.  Like a single phase motor the selfinductance of these coils would differ slightly.  This caused a very fast apparent movement of the magnetic field change within the core of the transformer.  A lot faster than any machine could swing magnets past a coil.  He could take a dc scource run it through the three winding transformer then on to a motorized spark gap.  This would have solved alot of Edison's voltage transformation problems.  Westinghouse didn't like Tesla on that one. 

[MileHigh]

Terminology.

By radiant energy I mean pulsing the circuit on and off. The faster the better. The more amps the better.
This causes a 220v circuit to produce (say) 5 kv spikes. These spikes then have to be controlled as if they were high voltage. That's my big breakthrough and contribution.
Now if you look at TK's circuits with this information you will find it all makes sense.
In Tesla's time many operatives were killed when they switched on the mains power station supplies. They worked with ohms law, Faraday's law and all the other laws. These did not supply the answer.

You say a 220-volt circuit can produce 5 kv spikes.  Just as easily a 10-volt circuit can produce 10 kv spikes or a 0.5-volt circuit can produce 100 kv spikes.  Your enthusiasm for working with these circuits is great but it's not a breakthrough.

I have seen many clips where people state that 'cold electricity' is charging a capacitor but it's not - it's just ordinary electricity in action.  The generic term 'electricity' implies electrical power at any voltage and at any frequency or waveform.  That's a very broad spectrum of forms but it is all fundamentally the same thing - electricity.  To repeat - there is no such thing as 'cold electricity.'

What you want to study for starters is something like this:

http://en.wikipedia.org/wiki/RL_circuit

The Wikipedia explanation is actually too technical for beginners so you can also Google "RL circuit" and look around.  My suggestion to you is to spend hours and hours and search around and read and work hard at the research.  Get to the point where you understand how the voltage spike is created and then you will be that much better off and get more out of your experiments.

If you don't stop I'll show the Tesla, Bedini, Magnacoaster, circuits where they use the same
on-off pulsing principles.

With your new knowledge you will have a chuckle when Bedini talks about the 'radiant energy' from the Bedini motor main coil charging the charge battery.  Magnacoaster is really bad, the guy is a low-life con artist and he still hasn't delivered anything to the gullible people that sent him money.  That's a shame.  He has no clue what he is talking about - I have watched his clips.

Here is a little thought experiment:  Supposing that you have an ideal voltage source of 10 volts.  Look up "ideal voltage source" if you don't know what it means.  Supposing you have an ideal inductor of 1.4 Henries.  An ideal inductor is an inductor with zero resistance in the wire.  You connect the ideal voltage source of 10 volts to the 1.4 Henry inductor.  That's the entire circuit, the ideal inductor connected to the ideal voltage source.  What happens when you do that?  I am willing to bet that many people that are active in this thread are not sure of the answer.  If you do your research and understand where the spikes come from, then you may be motivated to do more research to answer the question posed in the thought experiment.

Good luck.

[forest]

sparks, you are truly wise man.
btw if radiant energy  is made by Faraday induction law then it should be a spike, nothing more ? we should see it also in low voltage circuits ? think about it

[tysb3]

Сергей В.

атомные електростанции не взрываютса, их взрывают хорошие дяденьки, которые и греенпису платят, чтобы поскорее закрыли все атомные електростанции, и человечество осталось на нефтянной игле.

стоит почитать: http://maxpark.com/community/8/content/709303

а между делом и небоскрёбы сносят подземными ядерными взрывами, чтоб веселее жить стало: http://maxpark.com/community/2599/content/772242

[Zeitmaschine]

There is an implicit challenge here to all of you Tariel Kapanadze fans: If you want to play with these circuits and understand how they work, and understand what you are actually looking at when you probe them with your oscilloscope probe, then you have to understand how coils work.

I would put this the other way around: No one can claim to understand how coils really work if he does not know for sure how the Tariel Kapanadze device works. This applies also to capacitors.

BTW: Any thoughts yet regarding the strange connections of the four diodes?