Self-Powered Generator - Inventor From South Africa

[SkyWatcher123]

Hi forest, I've never used a hard drive bearing, though I guess the inventor is using that in one of the device versions.


The rc brushless motor with magnets removed, is working just fine with this type and size of rotor.

Are you planning on testing this setup forest, or have built something similar.

peace love light  

[SkyWatcher123]

Hi aldex, thanks for the reply, I didn't realize you posted.
I'm not sure what setup you are using, are you using this circuit I posted.


Maybe if you share details of what you have, we can figure out what is happening in your setup.

As far as rpm, mine starts out slower after swapping, then picks up to a good speed as the charge battery goes above 13 volts.

As for this circuit, the inventor said specifically, it is better to have lower rpm's, as it is more efficient that way.

I've been running this setup for at least 10 hours so far, swapped 4 times and the input side is always equal or a little above the original start resting voltage, after resting a little.

The charge side is well above the voltage of whichever battery is currently on the charge side, taken note of before starting these tests.

The average input power being used is 3.2 watts.

I have not tried placing a 12 volt load yet where the inventor suggests, still observing the behavior of this setup and it seems promising.

If you analyze this circuit, it can be seen, that power is returned to the input battery by generator action using the 1n5408 diode across collector and emitter and that it is configured as a typical boost converter for the charging side.

I also think generator action may be happening through the flyback diodes, when the rotor approaches, it couples with the input battery voltage and the induced coil voltage and gives even more charging to charge side.
peace love light

[aldex]

Hi, I'm currently running some tests with a 5-wire coil in tests. at first I used some of 3 wires being 2 awg23 and 1 awg26. which I realized that the anergy of the return of the wrist actually returns in the 2 wires but they are the same energy. if I take the 3 filament and put to recharge the primary battery I verified that it really returns a little charge to the primary battery and putting 4 batteries in the output adding the 48v as demonstrated in one of the schemes of this project I saw that the 4 receive also a little energy. so that the first one that moves the circuit can not recharge the other 4. But that was just a test. Now I started to use one with 5 wires being 2 awg 23, 2 awg26 and one I think awg 28. 2 wires equal to the bedini of 850 laps and the other 3 with 1000 laps. what I saw is that the same thing happens with the 3-wire. the energy pulsates at all but the return is the same. I started the tests on Monday and this week put the photos for you to see. the rotor I am using is a wheel of 12 ferrite magnets and I am using the tip3055 transistor. I have other transistors for testing. But I could not put collector coils in any way without the rotor dragging. Let's talk and thank you for sharing your findings.

[SkyWatcher123]

Hi aldex, thanks for the reply and information, I'm glad to talk with you.

There is nothing wrong with the rotor dragging, inventor makes a point of that, this is not a speed up under load device.
And I see no reason to put meters everywhere, trying to check power.


All I'm doing at the moment, is observing the wheel rotor doing work, by continuously rotating.


Then when the input side reaches around 12.40 volts, I let batteries rest an hour at least, then check voltages and the input side voltage is always equal to or a little greater than when I started these tests, and the charge side is well above the initial rest voltages.

The fact the battery voltages are not reducing, is very interesting.
Keep in mind, I'm using just the one 12 strand coil, with a ferrite tube core, so the core causes no drag.
Whereas, an iron core will cause unwanted drag.
peace love light

[shylo]

Hi

I've done alot of runs with batteries, one thing you should be weary of is, although a battery can show voltage gain,it's capacity to deliver gets weaker the longer it runs.
Eventually it goes dead.
Just what I've seen so far.
artv