New test of the Kapagen v3.3 by Jean-Louis Naudin
In the Kapagen v3.3, the spark gap has been finely tuned, a plasma cloud is created between the gap, there is no audible sound from the sparks. The input power has significantly dropped to…
Experiments, inventions, patents, …
In the Kapagen v3.3, the spark gap has been finely tuned, a plasma cloud is created between the gap, there is no audible sound from the sparks. The input power has significantly dropped to…
Measurement of the electrical power OUTPUT of the Kapagen v3.3. At the output of the Kapagen, there are 14 x 150 W halogen lamps connected in serie. I have used a Luxmeter to measure…
The purpose of this test is to measure with more accuracy the electrical power INPUT of the Kapagen v3.3. To measure the electrical INPUT POWER, I have used the high end energy meter Voltcraft…
Hi all my next step in the “Figuera generador ” experiment. So after the rotating commutator, i tried a solid state system based on the Arduino microcontroller to see if i could get better…
The KAPAGEN v3 is able to power a 150 W halogen light bulb. www.jlnlabs.org
The KAPAGEN v3.2, a Tariel Kapanadze generator replication by Jean-Louis Naudin. There are 2100 Watts of halogen lamps at the output: 12 x 150 Watts halogen bulbs and 2 x 150 Watts halogen tubes….
KAPAGEN v3.2, the replication of the Tariel Kapanadze generator with 2×150 W halogen lamps and 2×60 W light bulbs by Jean-Louis Naudin. June 1, 2010 www.jlnlabs.org
Kapagen, the Tariel Kapanadze generator replication by Jean-Louis Naudin. Tested with 1200 Watts of halogen lamps connected at the output. www.jlnlabs.org
This video is for WONJU at energeticforum under the thread “Reenventing the wheel ” I did this setup with my garbage, to simply see what could be the result of using this rotating commutator…
hi all Here a knew test on the Figuera generator. First sorry for some disturbing camera mouvement but i am not cameraman pro. So as i explain, i have some difficulties to get a…