Chas Campbell free power motor

[Humbugger]

Okay...direct questions only then:

You said "Hum, the resistive load lights/ALT were placed in a watt hour meter, and the induction motor was placed in a watt hour meter."

Using these watthour meters, what was the cumulative energy input and output during your pulsed testing with the drills, hacksaws and whatever other loads you pulsed? 

Humbugger

[ashtweth_nihilisti]

We could not use watt hour meters on that test as two of the helping engineers had to leave as stated in earlier posts.

FYI

what we did use on the the test was for 5 mins with ACA amp meters in both the prime mover and the ALT, and the load pulsed for 2-3 seconds. Each time going 10 amps at a 6 amps input, the flywheel did not slow down. ALT/PM at 240 volts, i PREDICT that the input can be put down to 3ACA with the RV, and the caps tuned to the pulsed load, So i expect we can pulse out at 1-2 seconds on 3ACA and 10ACA out.

Stefan will no doubt give us a duty cycle test to do, or any body for that matter feel free.
I dont expect it to go over a COP of +1, but the RV has never disappointed me so far.
I am still going to try the the right pulsed Freq and extraction circuit, even if our tests are negative on the 15th.

WE will be re doing the test you mention with those watt hour meters on the 15th
We will be doing the same test and also doing the same test with the RV on the watt hour meters.
WE will have your answer and video it.

Plus we will be using it as an ongoing  R and D tool with the pulsed extraction circuits.
The watt hour meters should show us a duty cycle.

[hartiberlin]

Hi Ash,
would be interesting to see,
if when you change the duty cycle to maybe:
80 % ontime and 20 % offtime of the output,
if then the input with the RV driver motor will
also increase versus the 50:50 duty cycle
or also with the current drive motor..

If you could have raised the duty cycle to 80on : 20off
on the current driver motor with no increase in input amps
you would already be overunity as:
240 Volts x 10 amps x 0.8 = 1920 Watts
versus 1440 Watts of input.
Okay, you would have to check for power factor cos phi surely
in this setup, but if you use pure resistive loads, this should play no
big role...
So if you can pulse 4 seconds on and 1 second off you already
have a dutycycle of 80:20.

Hope this helps.
Now looking forward to see your videos.
Many thanks again for bringing this all forward.

Regards, Stefan.

[ashtweth_nihilisti]

Hi Stefan,

Thanks for the laymens way to do it, thats easy for us to under stand,  one thing we will need to find a load that has 10 Amps consistent for 4 seconds, as the Drop saw and hand saw we used cutting a piece of wood only peaks at 10ACA start up for 2-3 seconds.it then went down when cutting (de tunes after 4+ seconds), still at a 6 amp input. I know 1000 watts of a resistive load could be used, will see try it and film it for the board.

[hartiberlin]

Hi Ash,
yes, you really need to use ohmic load resistors...
no bulbs and no saws or motors...

Try to get a real constant ohmic load resistor that can stand
at least 2000 Watts at 240 Volts.
that would be around 10 Amps at 240 Volts, so you need to get a
R= Voltage / current = 240 Volts / 10 amps= 24 Ohm resistor.

Okay, maybe you find an existing 25 Ohm resistor that will
also work.
Try to get one, which does not change in resistance when heated...!
This is important, so you can?t use incandescent bulbs, as they
change in resistance between cold and hot filaments...

Looking forward to see your pulse measurements.
You can also use a higher pulse frequency
than 1 / 4sec_on + 1sec_off = 1/5= 0.2 Hz which I proposed,
e.g. 10 Hz
with a duty cycle of 80:20, but then the flywheels
could probably not deliver this fast the inertia energy you
probably tap with this design, when at all...

Looking forward to your first videos.
When will they be online ?
Regards, Stefan.