Over Unity NOT Achieved!!!

[oouthere]

This is measured across the capaciter which is directly connected to the T1 & T2.  The load is in series with  the capaciter bank.

It really does explain everything that is seen on the videos and there appears to be no magic.....Anybody want to buy an RV set-up!

Rich

[hartiberlin]

Hi Rich, please measure the voltage directly across the bulb load and post the voltage please.
Better yet get a few high power ratings 10 Ohm resistors and put them in Parallel or series and measure the voltage across this load.
As the voltage and current are always in phase at ohmical resistors, you dont have to care about cos phi factor problems as you face them now...

[gyulasun]

This is measured across the capaciter which is directly connected to the T1 & T2.  The load is in series with  the capaciter bank.
...

Rich, ok you measured it across the capacitor. Now it is a 100% sure that the AC voltage across the bulb must have been way under 100V because you saw it lit under the normal 120V brightness. Please recall what wattage bulb was it? 100W?
Now I am puzzled by your new T1 and T2 abbreviations what they might mean? Are they two windings of the alternator?  If yes you used Star configuration just then?

You see it is difficult to help if we have to find out what circuit you tested or which config you refer to.  So may I suggest to draw even in Windows built in Paint program a hand made sketch about the circuit you are talking and indicate the measuring points. I know you do not like taking pictures (not mentioning video) and I know it takes more time from you but you surely will be rewarded by the possibly helpful pieces of advice others and I try to give you.

Regards
Gyula

[oouthere]

Hi Rich, please measure the voltage directly across the bulb load and post the voltage please.
Better yet get a few high power ratings 10 Ohm resistors and put them in Parallel or series and measure the voltage across this load.
As the voltage and current are always in phase at ohmical resistors, you dont have to care about cos phi factor problems as you face them now...

The voltage is the distorted figure imo, but a known resistance value and an amperage (which should be correct in any circumstance) will give us the true current producing voltage and not the non-current producing voltage riding on top.  I'll have to see what I have.

Rich

[hartiberlin]

Hi Rich,
every voltage at a pure ohmical load is in phase with the current at it,
so if you measure there the voltage at the pure ohmical load like a bulb or
a ohmical resistor you will know the power at it.

Surely if it is not sine wave, please use a scope and post screen shots,
then we can try to use optical analysis by integration
the voltage area benath the curve.