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

[TinselKoala]

I like "insulted" better.

[Khwartz]

I like "insulted" better.

lol

[scifi123]

All,

After experimenting with various schemes, I eventually came up with a charge push scheme that uses an additional 115V (but even better results with 230V) winding, to supply an in phase half sine push to the cap after charging. This allows the cap to discharge just after the peak of the half sine and allows an average return power equal to the average forward power through the load. The attached were taken using dual 115V windings. The attached shows 1.58W average power (differential) from source and  8.07W average in load.

Use of a 230V push winding allows larger caps to be used for example 150uF, and the best achieve with the scheme so far is about 30W averag in load for 4W average source power (differential).

Barry

  So you managed to achieve an input power of 1.58W and an output power of 8.07W (average) calculated by your DSO ?
  Can you post the schematics for the circuit that achieved those results ?

[listener191]

Hi Scifi123,

That circuit was returning power but not where it was needed for a generator.

I have since found a couple of ways in simulation to achieve the desired result.

The first shot most closely replicates the Babcock/Murray waveforms.

At the moment transformer and switch issues need to be resolved for high power testing.

Simulation allows the effect of transformer parameter changing to be determined but there are a lot of variables to be optimised for a practical working circuit.   

During the Babcock/Murray telephone call-in, they requested that those of us that had been experimenting and getting results, not post details of their work, so their patent application would not be made more difficult.

I don't have a problem with this and so the attached shots only show simulated results and not the circuits that produced them.

One of these shots shows the power developed in two separate loads. Power is sampled on the source side of the transformer so includes the magnetising current component.

Barry

[Khwartz]

  Great to see Barry that you respect the wills of the inventors to help them in their patent application.