Selfrunning Free Energy devices up to 5 KW from Tariel Kapanadze

[Hoppy]

How to make a spot welder from a microwave oven transformer.
Maybe useful for a Barbosa-Leal experiment also.


https://www.youtube.com/watch?v=hTaGa93lOGU


(I  learned something here lol)

I imagine TK has had plenty of practice at this type of transformer modification 

[Zeitmaschine]

Searching for a noise pattern.

Case 1: At 17:02 a faint humming noise can be heard as soon as the inverter is switched on. The noise stops when TK connects the inverter to the grid (weak battery).

Case 2: At 20:14 the same faint humming noise. The same behavior. Now the back loop transformer is connected to the battery (charging it).

Case 3: At 23:00 a loud humming noise can be heard as soon as the inverter is connected to the grid. The battery is not connected.

Case 4: At 24:00 the same loud humming noise. The same behavior. The battery is not connected.

Hence, what has a connected or not connected battery to do with the level of the humming noise? Some wild speculations:

In case 1 and 2 the inverter makes that faint humming noise because of the weak battery. As soon as the inverter is connected to the grid it stops making that noise.

In case 3 and 4 the device makes that loud humming noise as long as the inverter is connected to the grid.

Why is that so? Is that so because in case 1 and 2 the inverter runs on battery therefore the connection to the grid just pushes the inverter a little bit, but the power supplied to the device stays at a maximum of 400 watts (rating of the inverter).

Whereas in case 3 and 4 there is no battery connected to the inverter, thus (due to an automatic switch inside the inverter) almost the full power from the grid goes to the device so the device (a 50Hz transformer with saturated core) is forced to make that extreme humming noise?

Strange ideas on this subject are welcome.

[forest]

Searching for a noise pattern.

Case 1: At 17:02 a faint humming noise can be heard as soon as the inverter is switched on. The noise stops when TK connects the inverter to the grid (weak battery).

Case 2: At 20:14 the same faint humming noise. The same behavior. Now the back loop transformer is connected to the battery (charging it).

Case 3: At 23:00 a loud humming noise can be heard as soon as the inverter is connected to the grid. The battery is not connected.

Case 4: At 24:00 the same loud humming noise. The same behavior. The battery is not connected.

Hence, what has a connected or not connected battery to do with the level of the humming noise? Some wild speculations:

In case 1 and 2 the inverter makes that faint humming noise because of the weak battery. As soon as the inverter is connected to the grid it stops making that noise.

In case 3 and 4 the device makes that loud humming noise as long as the inverter is connected to the grid.

Why is that so? Is that so because in case 1 and 2 the inverter runs on battery therefore the connection to the grid just pushes the inverter a little bit, but the power supplied to the device stays at a maximum of 400 watts (rating of the inverter).

Whereas in case 3 and 4 there is no battery connected to the inverter, thus (due to an automatic switch inside the inverter) almost the full power from the grid goes to the device so the device (a 50Hz transformer with saturated core) is forced to make that extreme humming noise?

Strange ideas on this subject are welcome.

You guessed correctly. Think about what could case overload of transformer. You are a good thinkerer. By such analysis you can do anything you want.   

[Zeitmaschine]

You guessed correctly. Think about what could case overload of transformer.

Connecting the 110V coil of a transformer to 220V? First step either to free energy or to a free smoke cloud.

You are a good thinkerer. By such analysis you can do anything you want. 

Parametric resonance directly from 50Hz grid is the thing I want.

Magnificent sound, btw.

Hence another guess of mine: The core of that transformer is driven twice each 50Hz cycle into saturation.

[MenofFather]

I in other schematic remove words akula0083, that people not post this schematic on other forums, but now think maybe better post image with not remowed words. And other image were writen in same srift Akula0083, so it probarly this two schematics is from Akula0083.