Kapanadze Cousin - DALLY FREE ENERGY

Hoppy · May 22, 2014, 12:11:11 PM

Quote from: NickZ on May 22, 2014, 11:50:14 AM

I only pay $20 per month on electricity bills, and even these unconvetional type of inverters can be also connected to the grid for further savings. I'm already doing this, and have also a few solar panels, connected to these inverters, as well.

Nick,

What type of unconventional inverters are you tying to the grid for further savings?

NickZ · May 22, 2014, 12:41:34 PM

Gyula:
Again, thanks for your reply.
I'll further work on this circuit to obtain better results. I've changed the rectifier cap to a bigger one, I tried several of them, even the biggest one that I have. Now the cap does not heat up, but the rectifier diode still heats up very quickly. This all might be improved by using the right 18 volt, 5 amp zeners on the Fets, along with the right tuning caps, as I'm not running any tuning caps on the AC output right now. The cap that is connected to the input side, does not seam to make any difference. Reducing the AC voltage by removing turns, only increases the available amps to the rectifier.
Considering that running on just a single 100w bulb, only lights to about 20% or so, I really don't think that it's the high voltage that is the problem, but possibly the high amp draw. Who knows...
Both Akula's first device, as well as many of Igor Moroz's rectifier bridge circuits all heat up.
If I just connect two UF type diodes to the ac output coil, and feed this back to the input side, they overheat in seconds.
The output voltage on this circuit is dependent on the load. But, the meter will not read it properly.
I'll continue testing today.
Thanks for the helping hand.

NickZ · May 22, 2014, 01:14:40 PM

Hoppy:
I'd rather discuss what works. As you feel that all of these shown devices are nothing but fakes, or bad meter reading, etz... I don't see the point. I'm not trying to prove anything to anyone, so, I'll leave that for someone else.

I know about using regular conventional solar systems, for home lighting and such, be it back up power or for full time operation, but that is not what I'm after.
I'm after a self running device, with a working feed back loop, to light incandescent bulbs. And it's possible that a regular inverter may work better for this purpose, or maybe not.

Hoppy · May 22, 2014, 01:20:05 PM

Quote from: NickZ on May 22, 2014, 01:14:40 PM
Hoppy:
I'd rather discuss what works. As you feel that all of these shown devices are nothing but fakes, or bad meter reading, etz... I don't see the point. I'm not trying to prove anything to anyone, so, I'll leave that for someone else.

Sorry Nick, I must have misinterpreted that sentence. I read it that you already had unconventional inverters tied to the grid.

NickZ · May 22, 2014, 01:42:20 PM

Hoppy:
To clarify, I have connected the Mazilli/yoke (and other circuits) to a 12v, 500mA wall adapter, along with several other adapters, and can produce some useable light, even at this low input. But, that is not what I'm into discussing.
If you were to see the amount of light that three 100watt bulbs give off, through this 12v yoke circuit, you would not be thinking like you are. However I'm not against using regular inverters, if they work better yet. But, this needs to be proven. Lidmotors video showing a 38watt bulb drawing 4 amps does not convince me that that is the way to go.