COP 20.00 (2000%) Times, Reactive Power Energy Source Generator,

[Farmhand]

x_name41,
Do not give up of your intentions. Have so many  egocentric people that cant be able to be constructive in their opinions. seem formatted. i think i dont need say the names.
I think at some point, some people lose track of mutual respect and should moderate in relation to the comments.

I think it's possible to use reactive power. I did some tests in which it is perfectly visible, something is happening.
In my tests I used as load, various types of inductive and capacitive loads and results in my humble opinion very interesting.
Take a look
https://www.youtube.com/watch?v=Eoc_9h4vCKs
https://www.youtube.com/watch?v=4hR0Ak2vsyg
https://www.youtube.com/watch?v=DaHXLZ6QJss

Supposedly the reactive power is not capable of performing work, Watts, but if it is used in an inductor generates a magnetic flux, with dc current,. that can be converted into work by induction.
The reactive power is used to strengthen the magnetic field during operation of an inductive load. The inductors consume reactive power!
inductive circuits absorb reactive power with the current waveform lagging the voltage waveform by 90 degrees.
the system with the lower power factor will have higher circulating due to energy that returns to the source from energy storage in the load currents. must be intercepted and escorted through the induction load.
This is my opinion of course .

Good experiences, I will continue to follow your developments of this project.

The very instant you use reactive power it becomes real power by definition, don't you guys get that. Reactive power is supplied by the power supply and if it does not return to the supply it becomes real power as it is consumed and paid for. Simple.

VARs can be converted to real power but not at a rate of more than the supply can provide it.

Any power that powers a load is real power and is consumed. Reactive power by definition is not consumed and is returned to the supply and not paid for.

..

The current in a closed loop is always the same, it's the voltage that is dropped.

[TinselKoala]

"VARs can be converted to real power but not at a rate of more than the supply can provide it."

Almost right. You can get all the energy in the tank out in microseconds if you want, or sometimes if you don't want. But it will then take time to fill the tank back up, since you have collapsed your resonance.

For example, take the circuit I am working with at the moment. You have seen the tank measurements and the input power measurements. If I cut the coil while the thing is operating, all the stored energy in the tank will be released -- in the mosfets -- in a matter of microseconds. This is a high power level, and I have the blown-apart mosfets to prove it.

Let's amend your statement to say "you cannot get real power out of your VARs _continuously_ at a faster rate than the supply can provide it to keep the tank full."

[forest]

"VARs can be converted to real power but not at a rate of more than the supply can provide it."

Almost right. You can get all the energy in the tank out in microseconds if you want, or sometimes if you don't want. But it will then take time to fill the tank back up, since you have collapsed your resonance.

For example, take the circuit I am working with at the moment. You have seen the tank measurements and the input power measurements. If I cut the coil while the thing is operating, all the stored energy in the tank will be released -- in the mosfets -- in a matter of microseconds. This is a high power level, and I have the blown-apart mosfets to prove it.

Let's amend your statement to say "you cannot get real power out of your VARs _continuously_ at a faster rate than the supply can provide it to keep the tank full."

yes, quite right...except when you have a larger energy input from external ambient source....then it's like opening a valve...

[x_name41]

"VARs can be converted to real power but not at a rate of more than the supply can provide it."

Almost right. You can get all the energy in the tank out in microseconds if you want, or sometimes if you don't want. But it will then take time to fill the tank back up, since you have collapsed your resonance.

not, you are mistaken because i showed you that the resonance may not to destroy, but you continuing to you insist the opposite

[listener191]

Attached is a simple positive/negative zero cross detector that is isolated via the use of opto couplers.

I have the zero cross circuit that I posted previously working however, it is not isolated (needs a transformer) and being comparator based, requires a floating supply.

Barry