Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[TinselKoala]

Excuse me for jumping in but I think that there are some misconceptions about capacitors going on.

A capacitor doesn't "store current" or "store voltage". What it stores is electric charge. Charge is a conserved quantity of nature. You can think of it, if you like, as a bunch of unit negative charges on free electrons in metals, and the corresponding positive charged "holes" where an electron would fit if everything was neutral.

Now we know that like charges repel. So if you push, somehow, a bunch of like charges together in some kind of container, they will push against each other and try to get out and the more you push (or pull) in there, the harder they will try to get out. This is electrostatic repulsion, and it is the _source_ of voltage. Voltage IS the repulsion of like charges and the attraction of unlike charges.

Current is the FLOW of charge, that is caused by a gradient of voltage.

So you have a capacitor, which is basically a couple of metal plates separated by an insulator. You apply an excess of electrons to one side, and this pulls in an excess of "holes" into the other side; they are attracted together by electrostatic attraction, but within each plate the charges are mutually repulsive. The repulsion of the mutual charges and the attraction of the unlike charges IS the voltage, or the "potential" or even the "tension" between the terminals. If the insulator wasn't there the voltage would neutralize across the gap... a  current would flow until the voltage -- the pressure -- is the same on both sides. If the insulator-- the "dielectric" of the capacitor... IS there, and you close the circuit externally with a wire or a resistor or some other components, current WILL flow, according to Ohm's law, and the voltage... the pressure.... on the cap will decrease as the charge flows out (and in the other side) and the total amount of charge imbalance in the cap decreases.

Sure, a capacitor can provide significant current for significant periods of time. It just does it by a different mechanism than a battery.

Here's a "free energy" device that produces a negative mean power product and a negative energy integral, running on only a capacitor, powering a small load consisting of two anti-parallel LEDs. The current to do this is coming from the capacitor. There is no battery, although the cap was charged up to 5.5 volts before the demonstration.

http://www.youtube.com/watch?v=eZaPnj1Ox4Y

OK.... I hope that helped clear up some of the ideas about capacitors.
Carry on....

[forest]

And so what?
Do you know how to do it....?
Maybe we should to do together this project and share to people. ;-)

JesteÅ› z Polski?

Frantz

Tak, jestem z Polski. Myślę ,że ludzie z tego forum powinni wpierw skupić się na prostszych projektach typu ustrojstwo SR913 i zaczynać od miniaturowych prototypów.

I'm working on it from different prespective , which is slow but give me opportunity to understand the mechanism behind . I would advice first trying to replicate simpler devices like SR913 circuit and understand resonance and reactive power which is what I'm trying now. The best would be having miniature prototype and learn from this up.

[forest]

TinselKoala

Nice gadget! This is what I ment : start from small circuit  look where energy comes out (or in?) and try to make it run as long as possible using smaller capacitors.

[forest]

Well, we all are looking for some valuable informations..... Do you know that ....SR913 is from Russia  ?  Right ?  So

Where do you think is some discuss about his device ? 

[verpies]

Caps do not work with current...

I can't ignore this statement unchallenged as it is misleading to the newbies reading it.
The truth is that very large electric current can flow through capacitors when they are charged and discharged from/into low resistance.

Both, capacitors and inductors (coils) store energy. 
One in the form of electric field and the other in the form of magnetic field, respectively ( 0.5*L*I^2 and 0.5*C*V^2 ).
Capacitor stores energy in the open state and Inductor stores energy in the shorted state.  Discharging their energy happens at the opposite states.

Capacitors resist the change of voltage across them and do it by drawing or discharging current through them.
Inductors resist the change of current through their winding and do it by developing a voltage across it.