STEORN DEMO LIVE & STREAM in Dublin, December 15th, 10 AM

[Groundloop]

@Omnibus,

My build will be some time after the 10th of June. My test
will loop the input back to the source battery so if there
is any OU then the source battery will charge. I have
ordered parts and pcb for this project and will start
soldering as soon as I get the parts.

Groundloop.

[Omnibus]

@Groundloop,

The nature of the OU at this point isn't such as to be pluggable back into input. What we have now is excess heat and that excess heat has to be converted into electrical energy suitable to be fed back into the input (the current and voltage signals have to be of an appropriate form and frequency). So, if your intention is to prove OU that way the result will be negative. We can say that right now, without carrying out special experiments with charging a battery. Instead, what is needed is to replicate the rigorous measurement of the input and the output current and voltage (their momentary values) and do the integration just as the correct methodology requires. Values of the resistances should also be very carefully measured. The results presented so far, although of far-reaching scientific value, are of no practical interest whatsoever at this point (unless someone intends to use the excess heat for heating purposes but that's trivial and can hardly match the scientific significance of the results presented).

[Omnibus]

Well, unless you have the knowledge and the skills (which you probably do, judging from your posts do far) to design and make the converter I mentioned in my previous post. That, surely, will bring about a substantial advance of the topic and if self-sustaining can be achieved then no measurements with scopes and such would be necessary at all. I'd be curious if that's what you really intend to do?

[Groundloop]

@Omnibus,

Did you measure your excess heat in the output load resistor or in the transformer?

Groundloop.

[Omnibus]

First, it has to be understood that all we get as output in the secondary coil is heat. That's on the one hand. On the other hand, heat in the primary coil is also output in the energy balance equation. In most cases the excess heat comes from the heat developed in the primary coil and therefore in these cases we don't even need a secondary coil (the contribution of the secondary coil in the overall output is negligible).