Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[giantkiller]

Whoa!

Layed out in plain sight:
http://www.youtube.com/watch?v=0xz1GS6WOrI&feature=related

[xenomorphlabs]

Whoa!

Layed out in :
http://www.youtube.com/watch?v=0xz1GS6WOrI&feature=related

MadSatBG´s channel was linked here before.
He does build nice clear set-ups and is putting a lot of effort in experimenting.
You probably  did not want to suggest that the video would be  the answer to all questions, right?
Noteworthy is definately that he made that experiment already 3 months go.

[penno64]

Lots of small kicks ?

Become big kicks ?

What is the item in the circle ??

Penno

[starcruiser]

I would like to recall, can you reference where Kapanadze specifically said that

I will dig it up for you.

[bolt]

I put the kapagen into my sim and this is what I found.

When the MOT is wired conventional into a cap and diode as voltage DOUBLER for
normal mot use as per JLN version of kapagen the pulses that reach the spark gap
are 4kv. With a gap of 6mm the breakdown voltage is 3kv. The o/p at this point
is pulsed DC NOT AC.

When the early versions of Kapagen were made it was 2kv AC if cap and diode NOT
fitted. Then some tried adding 0.1uf cap and diode which gave 2kv pulses into
spark gap. This would have helped the current only because its Half wave
rectifier and so only HALF the power cycle would reach the spark gap thus total
system current reduced dramatically. However these devices all work better at
higher voltages. (and frequency)

If you fit the 1uf oven cap and diode to ground to make a doubler the o/p is
already DC pulses NO NEED to fit a second diode nor is there a need to fit a
small spark cap but if you did there is no need to go over 0.1uf as it serves no
benefit in this circuit.

NOTE! most scrapped ovens are scrapped because they died. Caps, diodes and MOT's
often dead, shorting out, blown, leaking or just plain dead so don't assume what
you have is in full working order.

Now what i found is the spark gap produces extremely sharp leading edge pulses
even though its 50hz/60hz with some ringing but its NOT a HF converter
generator.

The action relies on VERY sharp impulse DC which hits the inductor hard. IF the
inductor is poorly made or wired wrong or the pulse too slow the inductor value
is TOO LOW and appears as a short DC circuit to the MOT!! The WORST coils to
suffer this are ones rushed on a budget made too small or wire too thin will
have lower inductance and appear as short circuit to MOT.

If this happens it draws like 15 or 20 amps and yes i can see all this on the
sim.

The trick is to make the inductor appear large so it offers resistance to the
pulse presented to it thus low current flows on the primary.

The fact the inductors are joined at DC they are certainly not at AC or pulsed
DC for sure they appear as two inductors.

Any how i looked at power factor correction and simple ways to reduce the
current but the most critical as already stated is spark gap must generate
extremely STEEP rising edge in the first instance so as to be repelled by the
inductor coils or it will become a DC short circuit.

Some of you WILL benefit from sliding in ferrite or metal rods to get inductance
up enough to counteract the spark impulse current.

Second adding a mot in SERIES with primary using primary thick winding and SHORT
out the HT side of this mot increases inductance.

The reason this is very effective is the spark gap creates a large CEMP back
thru the primary mot and appears as a very large short duration current spike
for a few millisconds wide. Now some clamp meters may or may not read this
correctly the ones that do no doubt will see a 15 amp reading while the
smoothing power meters may only read correctly on 50Hz pure sine due to the low
pass filters built in.

The second MOT as filter knocks out most of this current spike and gives lower
average power i/p readings.

The lamps get at least 200 watt each fast rise DC pulses for about 5-7 amps
mains i/p. Without smoothing mods and tweaking EVEN on a sim the current can
exceed 15 or 20 amps! Its very fussy so no wonder builders are getting mostly
bad results.

Of course a SIM can never see OU but OU starts with conventional RF design first
then once perfected to low current best matched system then OU will come later
in real life situations.

Here is another mod i found very useful. Fit 100uf to 200uf AC run caps in
series with the load o/p wire to earth. For safety you really need to fit
120/250 volt GDT's accross this cap and all lamps.

This helps where inductor not performing too well and forces power factor
towards ZERO or VSWR ~ where current of pulse is out of phase as RE only
attracted in NULL states of standing wave where current is max and voltage zero
point. During zero point this cap operates under casimir effects as electrons
are pulled up from the ground and stack to one side.

Kapagen is tesla coil as 1/4 wave inductor is coupled to 1 wave but the o/p is
electro-statically coupled NOT conventional flux nor does normal frequency calcs
mean anything to this. Best demo is where Russian guy on YT has tesla coil 1/4
wave spring base to flat aluminum sheet shield and then powers a 60 watt bulb
with it to earth. That is KAPAGEN cousin!:)

Be very careful how you wire these things up. The HT should loop round the
inductors and the return earth is the FURTHER earth away from you as it should
be the only part of the circuit which returns to the HT and no where else.