Reactive Current - Parallel RCL

[alan]

Reactive power is regular V*I but through a reactive element, it is stored and released back instead of (c)ohmically dissipated. 
vector sum (incorporating phase) of all currents are equal to input current.

[pix]

This might be of interest.


Energy Multiplier in Retarded Resonance (vixra.org)
Energy Multiplier in Retarded Resonance (vixra.org)
The Retarded Energy Transmission between Remote Electromagnetic Resonance (vixra.org)


Cheers,
Pix

[nix85]

We all know reactive power is "borrowed" and returned, not wasted
except for the copper losses - why power companies dislike it.

Power factor = true power / apparent power

Apparent power is RMS voltage x RMS current

Reactive power = sqrt(apparent²-real²)

As for vector sum currents being equal you clearly refer to active current
only since reactive currents in LC cancel out, so what, that is what i meant
by input current only compensates for copper losses.

That is all perfectly understood. What matters is to take that built up
reactive power, that reactive magnetic field, and do real work with it
without affecting the input significantly.

[alan]

Thanks for suggesting this channel. This is what I meant: 
https://www.youtube.com/watch?v=zv9Z-rP4q5c
(Is < Ir+Ic+Il)

Pix: Interesting papers

[pix]

Thanks for suggesting this channel. This is what I meant: 
https://www.youtube.com/watch?v=zv9Z-rP4q5c
(Is < Ir+Ic+Il)

Pix: Interesting papers

Very interesting.
Old Tesla.


Cheers,
Pix