Kapanadze Cousin - DALLY FREE ENERGY

[Khwartz]

  .../...
  I've heard that normal car inverter draw more amps compared to the same bulbs running off of the grid.
  Pc fans used to cool the components also can contribute to higher draws. But, as mentioned, once I placed a pc fan next to my circuit, everything ran stone cold.
 
.../...

Hi NickZ.

Indeed, if use of fan, must be taken in account in the consumption of the circuit and be feed by the same power supply se for the device, or really part of the selfloop is loop attempted, otherwise would a untrue o.u. if it could come.

[NickZ]

  This post from Geo below is what we are all waiting to achieve:

"Something exciting happens when  load is connected,
Everytime load is connected (incandescents) , amp draw descreases in input and increases by output, the more load you connect the more it decreases at input and increases in output.
As an example, it draws 1 amp from the battery and makes 3-5 amps from core at load output 127V+ AC.
But, toriod choke will get warm over time and the circuit.  Depends on how much load you have on.
But The core will sing When reaching 1Kw load connected.
managed to rectify the energy and charge back too."

  And I'm still patiently waiting...

[Hoppy]

  Hoppy:
  I removed my zeners from the circuit to test them, and found both of them burned out, although they look fine they are conducting both ways.  So, there lies the weak link, as you had mentioned.
  I did not use 3 watt 470 ohm resistors, either. I used 1k 1watt ones, which also may have cause the zeners to go, and therefore the fets, as well.  I'll see if I can get some better parts to stay in the game, but it's not that easy for me, here.
  I've heard that normal car inverter draw more amps compared to the same bulbs running off of the grid.
  Pc fans used to cool the components also can contribute to higher draws. But, as mentioned, once I placed a pc fan next to my circuit, everything ran stone cold.
 
   Dr. John:
   Please post a picture of your device. That should not take as long, compared to making a video. At least that will give us a better preliminary idea of what you have going, and further inspiration for us. 
  Hope to hear back from you soon, please keep in touch, as your information is very much appreciated, and needed.

Nick,

Your IRF510 mosfets are rated at 4A continuous, 20A pulsed, so are underrated for your application, especially at voltages above 12V. You are getting away with a 120V/100W bulb as a load but as soon as you raise the supply voltage, the current draw shoots up to destroy the components. A PC fan takes a tiny current in comparison with the load but be aware that if you run at voltages above 12V, a series resistor or voltage regulator will be needed to limit the current by holding the voltage across the fan to around 12V.

An inverter is not 100% efficient and will consume power even when unloaded. Because the inverter is having to transform a low battery voltage to a grid voltage level, losses (heat) will be incurred in the process.

PS. Dr John's profile shows this member as a female and Linkedln confirms that Dr John Bulent Ates is a male - strange!

[Hoppy]

  This post from Geo below is what we are all waiting to achieve:

"Something exciting happens when  load is connected,
Everytime load is connected (incandescents) , amp draw descreases in input and increases by output, the more load you connect the more it decreases at input and increases in output.
As an example, it draws 1 amp from the battery and makes 3-5 amps from core at load output 127V+ AC.
But, toriod choke will get warm over time and the circuit.  Depends on how much load you have on.
But The core will sing When reaching 1Kw load connected.
managed to rectify the energy and charge back too."

  And I'm still patiently waiting...

Nick,

This is only the case up to when the load is impedance matched to the source and is a normal feature of operation for the Mazzilli. Geo's 1 Amp in and 3-5 Amps out is I would strongly suggest, a serious measurement error!

[guruji]

  This post from Geo below is what we are all waiting to achieve:

"Something exciting happens when  load is connected,
Everytime load is connected (incandescents) , amp draw descreases in input and increases by output, the more load you connect the more it decreases at input and increases in output.
As an example, it draws 1 amp from the battery and makes 3-5 amps from core at load output 127V+ AC.
But, toriod choke will get warm over time and the circuit.  Depends on how much load you have on.
But The core will sing When reaching 1Kw load connected.
managed to rectify the energy and charge back too."

  And I'm still patiently waiting...

Hi Nickz can you please share the schematic of your setup?
Thanks