LTspice simulation of resonating Hydroxy Generator, am I wrong?

[lon92]

Hi y'all!! 
Lately, I'm been playing with LTspice software on my PC to design a resonated water splitter...

After reading some Bob Boyce and Stanley Meyer PDFs as my references, I come out with a simple circuit.

Screenshot's attached.

The green line is the input power, the blue line is the output power, and the red line is the voltage across the capacitor.

In the circuit, I use a normal cap to simulate the cell, I could be wrong here though...

I use 20v battery dc supply voltage as the carrier, as BB says.
I calculate the resonant frequency with typical series LC resonance calculator found on web, as SM proposed.

Input is a sine wave. I don't know how to calculate the power factor for energy calculation, so, hopefully, experts here could help me.

Notice, I use battery as the buffer, to prevent the capacitor voltage from being negative. In other words, electrolysis can't occur if AC supplied.

I'm not a 'pro' with these LTspice thingy... So, hopefully, someone better than me would simulate the circuit with LTspice.

So, did I 'achieved' 'super-electrolyzer'? 

[lon92]

Eerr, anyone? 

[poynt99]

What would you like to know exactly Ion92?

I have a lot of experience with PSpice. What you have simulated there is not difficult to obtain measurements from. What do you want to measure?

.99

[poynt99]

Your green input power trace can not be correct. Instantaneous power is i x v. You have some voltage at node 0001 x V1 (a voltage x a voltage). I am assuming node 0001 is ground, and therefore your multiplication will be "zero" as a result, and probably why the green trace is at zero for the entire run.

You should start with correcting that imo.

.99

[lon92]

Wow, thanks for the reply! 
Actually, the green line is not at zero, but, too small on the scale...
I forget how much... 

What I want to know is, does this cell have a COP of more than 1?
I mean, the cell seems to resonate at fixed frequency, the input power is less than output power.

Also, could electrical resonance, like in the LC circuit, achieve COP>1?

Sorry for my insufficient knowledge, I'm still learning.
Thanks for your patient guiding me...