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Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

Started by Pirate88179, June 27, 2009, 04:41:28 AM

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Farmhand

Quote from: Hoppy on January 28, 2014, 01:26:27 PM
Power JT

http://www.youtube.com/watch?v=WE4xvEY8HVA

That LED light looks more like the lights used in the recent "self running" video with the huge heat sink than the halogen lights they claim to have used. Halogen lights don't tend to light up around the sides from my experience. How much current would three of those LED lamps consume with 11 or so volts shown in that video 3 x 3.7v cells = 11.1v a bit more if just charged, can be up to 4.2 v each for rechargeable 3.7 v cells.  800 or 900 mA maybe ? 860 mA x 11.8 volts = 10.1 Watts. Easy to achieve for a long time. A shunt with the wrong resistance will show a different decimal value if done right.  :) eg, 8.6 amps can become .86 amps just by using the wrong shunt for the digital current meter.

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Farmhand

Quote from: d3x0r on January 28, 2014, 06:59:23 PM
400F? Kinda cheating isn't it?  :)  Should run for a few hours I'd think

He's not claiming a self runner, or OU, so no cheating at all. He even states he intends to connect a solar panel to the capacitor.

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Hoppy

Quote from: Farmhand on January 28, 2014, 08:02:33 PM
That LED light looks more like the lights used in the recent "self running" video with the huge heat sink than the halogen lights they claim to have used. Halogen lights don't tend to light up around the sides from my experience. How much current would three of those LED lamps consume with 11 or so volts shown in that video 3 x 3.7v cells = 11.1v a bit more if just charged, can be up to 4.2 v each for rechargeable 3.7 v cells.  800 or 900 mA maybe ? 860 mA x 11.8 volts = 10.1 Watts. Easy to achieve for a long time. A shunt with the wrong resistance will show a different decimal value if done right.  :) eg, 8.6 amps can become .86 amps just by using the wrong shunt for the digital current meter.

..

LED lamps usually have raised ali heat radiator spines. The lamps on the massive heat sink appear to be glass encapsulated which would be consistent with the halogen type. We only see the lamps lit for a very short time, so 8.6A would be no problem from a lithium battery pack. Having said this, it would be interesting if anyone has seen or used LED lamps in full glass encapsulations the same as for halogen lamps.