Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[bolt]

You need a few Kv to get a good spark going.  Of course if you dont feel happy working with this then stay working on 12 volt Joule THief but apart from making an LED glow longer it wont heat your house or power all your lights:)

Also Voltage = Potential Joules. If you dont put VOLTS in the ground wire you get nothing back. This system can be GREATLY enhanced using one or two more tesla stages to step up the voltage and frequency to 50kv-100kv or higher pumps more joules in the ground.

[vrand]

You need a few Kv to get a good spark going.  Of course if you dont feel happy working with this then stay working on 12 volt Joule THief but apart from making an LED glow longer it wont heat your house or power all your lights:)

Also Voltage = Potential Joules. If you dont put VOLTS in the ground wire you get nothing back. This system can be GREATLY enhanced using one or two more tesla stages to step up the voltage and frequency to 50kv-100kv or higher pumps more joules in the ground.

What is the min. joules needed?  Or just high voltage into the ground?

Would this 80kv motorcycle ignition work?

http://www.wpsracing.com/sphiigsyforu.html
SPYKE - HIGH-OUTPUT 80,000 VOLT COILS in a compact size. Spyke's 80,000 volt 3 ohm, high amperage coils could be just what you're looking for to power up your ignition system. These coils have extremely quick rise / fall times which equate to a much hotter spark. Works with 3 ohm electronic ignitions on Big Twins and Sportster models from 1980 to present. Available in single-fire and dual -fire models. Fits under OEM coil covers. They fire at extremely low voltage to aid in the firing of your bike when the battery is low.

Or is the capacitor rating more important? 

High Voltage Pulse Capacitor, 50kVDC .043uF! tesla coil
http://cgi.ebay.com/High-Voltage-Pulse-Capacitor-50kVDC-043uF-tesla-coil-/350364089880?cmd=ViewItem&pt=LH_DefaultDomain_0&hash=item519353be18
General Electric pulse capacitor, model 17L9PH. Used / high-voltage tested. This item is part of our surplus Web Site inventory. Rated at 50kVDC, 0.043uF, 180PPS. Impregnant: Dielektrol (non-PCB). Capacitor measures 8"x6"x19", insulator is an additional 7". Weight: 49 lbs.

Or a couple of these to get +70KV

Maxwell 0.03uF - High Voltage Pulse Capacitor 35 KV
http://cgi.ebay.com/Maxwell-0-03uF-High-Voltage-Pulse-Capacitor-35-KV-/360268492995?cmd=ViewItem&pt=LH_DefaultDomain_0&hash=item53e1acf0c3

[hartiberlin]

Jean Louis posted a link to a simple
experiment with 2 nail electromagnets:

http://www.tesla-coil-builder.com/bifilar_electromagnet.htm

The question is, if the ohmic resistance of both electromagnet coils
are the same, why does the bifilar wound nail coil
have more B-field ?

Is this due to the switch on stray capacitance higher
switch-on current or why does this nail have more magnetism then ?

Regards, Stefan.

[broli]

Is this due to the switch on stray capacitance higher
switch-on current or why does this nail have more magnetism then ?

I don't think so. This can be easily confirmed by first powering up the coil and then inserting a core in it. And I don't think the "why" question is important either, you get in all sort of theories and debates without any practical aspects. The real question is, HOW do we use it in a concrete devices.

[Pirate88179]

Jean Louis posted a link to a simple
experiment with 2 nail electromagnets:

http://www.tesla-coil-builder.com/bifilar_electromagnet.htm

The question is, if the ohmic resistance of both electromagnet coils
are the same, why does the bifilar wound nail coil
have more B-field ?

Is this due to the switch on stray capacitance higher
switch-on current or why does this nail have more magnetism then ?

Regards, Stefan.

Stefan:

That is exactly how you wind a basic joule thief circuit including twisting the two opposite ends together.  We think of it as a center tapped coil in that, if you laid it out, you would see that the winds start at each end and join in the center.  We have seen the effects in the JT topic and now, here it is again.

Fascinating.

Bill