Good day, everyone! Today, I want to share with you a self-charging battery setup that incorporates a PEG cell as a reactive capacitor stage for AC input. In my previous video, I used the mains as a trigger, which some viewers didn't take seriously because it required an external source. It was simply convenient for me at the time. Now, I'll demonstrate how an inverter can be used instead, connected to the same charging battery, for the small trigger. I'll also utilize a variac to tune the cell and maximize the output to run the small HV HF charging module.
The spark gap discharges 1Kv into the high-voltage side of a microwave transformer, releasing about 15 joules of energy. This energy is converted to 100 volts on the secondary side, feeding back into the battery. Additionally, another transformer with a reverse diode captures and isolates the EMF spike, stepping it down from high voltage to 24 volts. This additional energy results in noticeable gains, slowly charging the battery over the course of 20 minutes.
Please note that this setup was for testing purposes and could benefit from a smaller inverter using less idle power, better wires, and improved connections. Despite these inefficiencies, the energy gains compensate for the losses. I've been running this setup for hours, and so far, it's been working well.
For the circuit diagram, please refer to my previous video titled "Peg Cell Battery Charger." Folks, it appears that Tom Bearden was right: to make this work, we need to incorporate as many systems as possible to interact with the unit. So, go ahead and combine Bedini, Tesla, Don Smith, and other technologies. I believe many people fail because they focus solely on one device or technology. The key is to introduce as many novel interactions as we can to create additional taps.
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