An attempt at a functional power generation module. I can't imitate the original, but I'm testing a device with a real output.

The principle is in the cores themselves and in the connection of the coils. Look carefully at how the coils are connected in the original video. 1 phase is led to the socket from two opposite coils and the second phase is led from the second pair of opposite coils. They are not connected together. On the other hand, the coils are connected in parallel in the original, but in my case they are connected in series. Two opposite coils are used for one output in the original video, in my case it is four coils. If I had 16 coils divided by four, the result is four outputs, which are routed through the bridges and the outputs from the bridges are connected to one output. The next step might be to connect one output to the motor coils and try it in a cycle. Adding another coil from the motor as a load could increase the output voltage, see the phenomenon of output load with light bulbs. In the next video, we will try different connections, among other things, we will also try a different rotor. Please be patient.