free energy via electronic means

[SwinG]

@ring_theory
Okay. so one battery wouldn't even be enough to test the concept ?
If crossing the terminals of the inverter and the charger is an important part of the equation, one battery clearly wouldn't be enough.
More than two batteries couldn't do more than raise the capacity of the system, or am I missing something (I probably amÃ,  ) ?

Maybe I should just build the system from your specs, to be sure to do it right. It's just that I would like to get some kind of indication wether or not I can make this work.

I think that the inverter I'm using is no good. It seems to cut off as soon as it recognizes more than 300W load.

Thank's for your help.

[hartiberlin]

Yes you would think that if you had and inverter that was say 100 watts and tried to pull 1000 watts off of it , it would just shut down  . But I have put together a 120 watt inverter with some deep cells  and the charger per ring_theory's instructions  .

I have been pulling  just about 1000 watts for the last 24 hours or so. Its just like ring_theory explained in his first or so posts.
The inverter is just slightly warm .

I must be crazy to post this but its so overwhelming and to simple.

Hmm,
why is your inverter not shutting down ?
The MOSFETs inside such an inverter are only
rate for such and such amperes, so if you go over the rated specs,
it should shut down from the protective circuit included there...
Otherwise the MOSFETs will overheat and destroy the inverter...

@SwinG,
what waveform does your charger produce ?
Do you have a scope and check this ?
It should have a full wave rectified 50 Hz wave.

Regards, Stefan.

[ring_theory]

  removed by poster

[SwinG]

@Stefan

what waveform does your charger produce ?
Do you have a scope and check this ?
It should have a full wave rectified 50 Hz wave.

I don't have a scope, sorry.
I don't know witch waveform it's charging with.
Maybe somenone knows. It's a quite common charger.

[ring_theory]

  removed by poster