Back EMF Hydrogen Generator

[joellagace]

Good day folks I would like to share with you my latest project. I feel this may be one of my better projects, I directed the pulse output back into the battery last night and the voltage has been raising ever since!

Here is a youtube video that demonstrates the theory.
https://youtu.be/AnGCJnalSiU

In this video, I demonstrate the use of a low-power back EMF generator that operates at 5 volts, drawing milliamps (40)ma of current from a 12-volt battery. By employing a voltage regulator,(not rectifier that's a tongue twister my video on my part!!) and low duty pulse. The current is intentionally limited to milliamps only to maintain a low trigger current. This setup generates a high voltage back EMF of approximately 48 volts through the big coil. Using a diode, I convert the negative spike of the back EMF into a positive spike, which is then directed to an electrolyzer for hydrogen generation.

The hydrogen gas produced is fed into a 9-volt fuel cell, where I only tap into the three-volt cell because it provides sufficient power for my pulse-driven oscillator. stage The oscillator's final output stage generates a sharp pulsed DC similar to the back EMF spike, reaching high voltages of over 60 volts. This output is ideal for charging batteries, capacitors, or other projects. And is totally isolated avoiding traditional isolation inverter/transformers etc loss.

One notable aspect of this setup is that the high voltage pulse generator(black block) and the hydrogen fuel cell operate with a minimal current requirement of around 1 to 3 milliamps. This approach also eliminates the need for an isolation transformer or inverter to recycle power back into the battery, effectively addressing any power losses of such coupling. With these separate systems working together, the issue of isolation in a traditional sense is no longer a concern, allowing the direct feeding of this separate system voltage back into the battery without any loss traditional inductive efficiency loss.

[Willy]

To be clear...

I have not watched the video at this time.

However, your explanations here, are very clear.

                Two thumbs up / very very cool.

[stevie1001]

Good day folks I would like to share with you my latest project. I feel this may be one of my better projects, I directed the pulse output back into the battery last night and the voltage has been raising ever since!

Here is a youtube video that demonstrates the theory.
https://youtu.be/AnGCJnalSiU

In this video, I demonstrate the use of a low-power back EMF generator that operates at 5 volts, drawing milliamps (40)ma of current from a 12-volt battery. By employing a voltage regulator,(not rectifier that's a tongue twister my video on my part!!) and low duty pulse. The current is intentionally limited to milliamps only to maintain a low trigger current. This setup generates a high voltage back EMF of approximately 48 volts through the big coil. Using a diode, I convert the negative spike of the back EMF into a positive spike, which is then directed to an electrolyzer for hydrogen generation.

The hydrogen gas produced is fed into a 9-volt fuel cell, where I only tap into the three-volt cell because it provides sufficient power for my pulse-driven oscillator. stage The oscillator's final output stage generates a sharp pulsed DC similar to the back EMF spike, reaching high voltages of over 60 volts. This output is ideal for charging batteries, capacitors, or other projects. And is totally isolated avoiding traditional isolation inverter/transformers etc loss.

One notable aspect of this setup is that the high voltage pulse generator(black block) and the hydrogen fuel cell operate with a minimal current requirement of around 1 to 3 milliamps. This approach also eliminates the need for an isolation transformer or inverter to recycle power back into the battery, effectively addressing any power losses of such coupling. With these separate systems working together, the issue of isolation in a traditional sense is no longer a concern, allowing the direct feeding of this separate system voltage back into the battery without any loss traditional inductive efficiency loss.

Nice setup! Its creative. I like it.
Keep on going!


Best regards