free energy via electronic means

[pese]

lead acid battery
discharge curve

http://www.roboternetz.de/phpBB2/download.php?id=7786

gustav pese

[SwinG]

@stevewal2 
Thank's for the encouragement. I'm recharging the battery right now, to get a better comparison. Room temp. is steady.

@pese
Thank's for the link!
I looks like the discharge voltage curve for the most part is nearly linear. Very nice, in respect to my results so far.

[hartiberlin]

@SwinG,
maybe someine in your group can get a scope and
measure the pulses output of the battery charger.

You can add an LC lowpassfilter before going into the inverter
from one side of the battery bank, so the inverter always gets
a constant 12 Volts DC without impulses ontop of it, so only
the battery bank is "hit"  with pulses from the battery charger.

This way you can make sure, that the inverter is not influenced by
the pulses, the battery charger puts out.
So add a few turns of big sized cable to make a coil out of it and use
Iron as the core of it and use a few big 100.000 uF electrolyte capacitors after the
coils before going into the inverter.
Then you have at the inverter a stable DC voltage with NO pulse "hash" on it.

You can also build your own "better" battery charger, by just using a 230 Volts to
12 to 15 Volts transformer and just use a full wave Graetz bridge behind it to charge
up the battery bank with these full wave rectified sine wave "pulses".
Still better would be to design a square wave pulse charger, like
the ones the people are using to optimize the Hydrogen output from electrolysers.
Have a look around here in the forum.
There are a few circuit diagrams floating around here.

Looking forward to see your results.
And please try first to not load the batteries too much.
It is always better to discharge batteries with low current,
so they last much longer...
So please only use low Wattage load for your tests,
although you have longer to wait to see, if there is
any overunity results with it.
I would go for less than 100 Watts all in all as the total
load for all the tests...

Regards, Stefan.

[Walter Hofmann]

Hi
my inverter is a 1,000W type 120V and it has the overload protection never cut off.
My two batteries are 850CCAmps trolling batteries with 185 reserve minutes.
If I use my tools most pull about 12A at strat up but go down to about 8.5A. I only use the tools for about 5 to 6 hours what means the charger has about 18 hours to put the charge back. the inverter pulls a average of 30 to 40 A with this load and the charger puts out about 10 to 12A. I took out the circuit from the charger and only use the transformer and rectifier. I also use like mentioned before the heavy gauge batterie connector for the inverter and the batteries and for the charger I use AWG #8 wire.
greetings
walt

@walter
Looking forward to some pictures.


So far, both ring_theory, wattsup and IronHead has been running more load than the inverter was rated for. What kind of inverter was used? Do all of your inverters have overload protection?
My inverter cuts off when the load gets over 300W, so the built in intelligence will prevent the overloading tests.

[lancaIV]

Amplified Energy-concept ,
compare these physical process with your system process:

Adam Lorek,DE102004029434 Transformator for wattless work
easier (08/15 materials),but technically same:
Anton jun. Wallner,DE29812556,Apparature for power-amplification of generators

S
  dL

I will phone to Mr. Wallner,his concept is interestant for Motor/Generator interconnections ,ML-cascade-amplifier !