Uploaded June 2020 | Updated September 2026, 2 weeks ago
After a comment from Dylans Voice where he had measured significant gain by using higher voltage of 48V to the motor he had more current going to the battery then drawn from supply, I decided to do that measurement also.
I can confirm the measurements of Dylans Voice and had approximatly the same values that he had.
Sadly I don't have 2 current probes of the same type to look at them both at the same time to see what's going on.
In the next movie I will use 2 resonant kit coils placed arround the input wire from supply and the other arround wire to negative battery. I will show you some scope shots of what's going on.
Allthough the difference measured by current meter is higher then measured with current probe, we can see that there are indeed moments where we get more current to the negative battery.
If we draw the energy from the environment arround us, it could explain why we have moments where we have more then others, because everything in nature is not constant. We need to synchronize to it to get best results :)
The controlling circuit is different from the standard because I use 4 mosfet's instead of 1 and changed the code in the Arduino to have 4 coil outputs instead of 1. The software used was with the "liberty pulse" that Rick had developed, but as allready sayd, I changed it to 4 outputs. This can influence the result negative because I added 3 extra lines of code on every write of the coil (from 0 to 1 or from 1 to 0) Each line of code takes processing time.
After a comment from Dylans Voice where he had measured significant gain by using higher voltage of 48V to the motor he had more current going to the battery then drawn from supply, I decided to do that measurement also.
I can confirm the measurements of Dylans Voice and had approximatly the same values that he had.
Sadly I don't have 2 current probes of the same type to look at them both at the same time to see what's going on.
In the next movie I will use 2 resonant kit coils placed arround the input wire from supply and the other arround wire to negative battery. I will show you some scope shots of what's going on.
Allthough the difference measured by current meter is higher then measured with current probe, we can see that there are indeed moments where we get more current to the negative battery.
If we draw the energy from the environment arround us, it could explain why we have moments where we have more then others, because everything in nature is not constant. We need to synchronize to it to get best results :)
The controlling circuit is different from the standard because I use 4 mosfet's instead of 1 and changed the code in the Arduino to have 4 coil outputs instead of 1. The software used was with the "liberty pulse" that Rick had developed, but as allready sayd, I changed it to 4 outputs. This can influence the result negative because I added 3 extra lines of code on every write of the coil (from 0 to 1 or from 1 to 0) Each line of code takes processing time.
