Recover energy from gravity

[Gabriele]

interesting

[rc4]

I simulated another case more stable, but here the sum of energy seems to be to 0.

Do you try to simulate ?

It's only when the system increase current and voltage very quickly that the energy recover is higher than energy giving.

[rc4]

First image show high voltage and high current for R1 and R2. Voltage of source is always 120 Vrms. So there is a big difference of energy. Look voltage at Oscilloscope not instantaneous probes !

Second image show how is the current and voltage at start when it is low, there are sinusoidal curves but with a high positive or negative value.

If frequency of source increase, the voltage/current at secondaries increase more slowly. Try at 20000 Hz or more. At 50000Hz, the voltage is only 1000 V after 0.5s.

This state not works with all values of L. In the contrary works with severals values of voltage/freq of source. Don't forget to respect K < sqrt(LxLy). You can change resistance too.

The thing very important is the coef K2, they must be close to 1, in this case L can be at any value, sure, the coef K must be lower than sqrt(LxLy). K1 must be nearto 1 but can be at 0.7, it's works. If K1 is too lower this effect don't works.

Someone can test with another software ? or in reality ?

[rc4]

First image: here the system give high voltage/current after 1 s. I show you only first 0.1 s. It's just for look at signals,for me angle phase of voltages and currents are like I think they must be in theory. This is why it's works. If return from K2 is lower the system can't loop (no enough current) and if K1 is lower the current from source is not enough to loop.

Second image: here K1 = 0.1, so the circuit is stable. In fact, flux create by right coil destroy flux in central coil, so no voltage at central coil.

In the first image, there is a positive slope for input current (blue) and positive current slope from right coil (red) each slope give -Ndphi/dt voltage to central coil, this is why central voltage coil increase more and more.

For good physics reality, I need to put L2 at 2L1 or 2 L3, but this don't change the result.

[rc4]

Even with no current in R1 and R2 and with low inductances like 0.001 H, the voltage increase very quickly. Software find like me Vr1 = V + Vr2 and not V - Vr2. Like Vr2 is a part of Vr1, this is a positive loop. It's the same with current.