Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Zeitmaschine]

Questions:

Is there any (excess) energy if the created energy is not used by a load?

What happens with all the energy created by a power station if nobody has anything connected to any wall outlet?

Does the power station need a spark gap to prevent overload or runaway?

Isn't the energy actually set free by the load first?

If nothing is connected to an electric battery how can one determine if there is any energy in it?

[sparks]

Why?

   Because the electric field accelerates charged mass.  Any acceleration of mass or deacceleration of mass creates energy.  The quantified measure of energy is the photon.  Inertia is conserved while energy is created and destroyed.  When a capacitor is charged it creates an electric field between the plates.  We know that we can retrieve the energy invested in charging a capacitor.  When we short a capacitor current flows until the same amount of electrons reside in both metal plates and we say the capacitor is discharged.  No electric filed is present between the two plates.  (if they are further apart than 300nanometers and not being charged by infrared radiaiton another free energy phenomenon)  If we create an oscillator circuit the capacitor goes beyond simple discharge to equal numbers of charge carriers residing on both plates.  The discharge continues until one plate is totally void of electrons and the other completely filled.  The accelerating electric field not only arises once for x number of electron/volts as the current oscillates.   Einstein also tells us that as the electron is acclerated it gains mass.  Since mass and energy are equivalent- when the electron comes to rest in the anode it converts it's newly acquired mass into energy.  The photons in this conversion process represent the CREATION of energy.  This phenomenon is sometimes explained away as inverse scattering where an incident photon accelerates a bound electron to an excited state.  The electron then falls back into a bound state.  The photon is said to be blueshifted by the matter.  In reality the incident photon is destroyed and the electron change in inertial state produces a number of photons.  Most notable is the one it creates upon  returning to the "rest state" it was in before the incident.  This is braking radiation and emits a very high frequency photon that is easily detected while the longer wavelength photons remain within the matter of the metal and result in molecular vibrations and heating effects.

[verpies]

Because the electric field accelerates charged mass.  Any acceleration of mass or deacceleration of mass creates energy. 

No, this process merely converts the electrical potential energy into the kinetic energy of mass. (mv²)

[forest]

Questions:

Is there any (excess) energy if the created energy is not used by a load?

What happens with all the energy created by a power station if nobody has anything connected to any wall outlet?

Does the power station need a spark gap to prevent overload or runaway?

Isn't the energy actually set free by the load first?

If nothing is connected to an electric battery how can one determine if there is any energy in it?

Good questions.I assume that in power station they have a load adjustment device, but I have no knowledge how it work. Maybe just excess energy goes to ground ? I'm perfectly convinced that even 50Hz power grid is oscillating LCR system and if they really wanted they could add stationary waves to recover most of energy not used in our homes back into the grid. Just like Tesla envisioned his wireless system. And if so then it's just a matter of initial energy 'kick' and a small looses compensation to get what TK has. Yes ,it's just 0.0000000001% or something like that.


Think this way , you are asking important questions. I would add equal ranked questions :
1. What is that nature of Lenz law ?
2. Why electrons do not move with light speed in wires but in vacuum tubes they can ?
3. If you want more amps do you need more electrons in wire or more speed of current or any of this ?

[jbignes5]

Who says the diodes are mounted on a metallic plate? The plate could be made of plastics or bakelite, or any other suitable (heat-proof) insulating material. In this case it will also not create a short circuit when it touches the helical coil.

Doesn't matter if it was or not. I'll take it was exactly how it was designed to be using those types of diodes. Metal it is assumed. Also if you watch the fist part of the video again he is talking about the action of the spark gap and mimics the spark going back and forth across the gap. If we apply static rules to that action the heavy coil would also be agitating back and forth between + and - when compared to the right hand terminal of the spark gap. I guess no one caught on to the capacitor under the diode plate?

This video is cut into clips that shows what I am seeing and when they are moving the transformer and the diode plate touches the coil he moves it away from the coil.
http://www.youtube.com/watch?v=0fgsdVuQQlg

As for power stations they have several ways to balance the load to power generation. Some adjust on the fly according to the trends they observe. Some switch out to other stations for their grid needs and some actually dump the excess into temporary storage (very new concept) while others dump the excess into ground. Almost all new power stations have automatic load balancing computer systems that do this for them now. Even the older ones had some systems to do this while others relied on operators to do that.


I agree that all TK needed was a very small excess and have it be cumulative reoccurring wave. This makes sense when we watch the vieo again and see that he plugs in the system for 20-30 seconds and watches for the excess in the spark gap. Once he see's the excess he unplugs it and walla continuous power generation. Nothing changes in the circuit after that so there would be no need to adjust after he gets it to full load conditions.

I would also like to pose a question or two:

What happens when you add a magnet to a transformer?
What happens when you add high voltage to the transformer core?