100v Pulsing Cell

Good day, everyone! Here’s an update on the power cell I built during a live session. Initially, the cell produced about 6 volts, which after conditioning and drying, increased to approximately 8 volts. I've successfully used this output to charge a capacitor, which I then pulse into large inductive kickback coils. Typically, the kickbacks measure around 24 volts. I can even hear it singing lightly with my ear near the cell! Current!!!

For convenience, I employ a digital switch and a transistor to efficiently dump the charged capacitor into the coil, utilizing about 40 mA. However, you could streamline this process by using an automated SCR (Silicon Controlled Rectifier) for dumping directly into the coil.

Furthermore, I've demonstrated that when the inductive kickback is routed back to the front bus, there is a significant amplification in the kickbacks, peaking at nearly 140 volts for a few seconds, provided it’s done intermittently. I'm handling this manually for simplicity and demonstration purposes, as continuously running the setup results in shorting out the loop.

Implementing another automated system to intermittently dump a secondary capacitor into the front bus would maintain the cell’s operation within its amplified zone. This setup has the potential to charge 12-volt car batteries efficiently.