Selfrunning cold electricity circuit from Dr.Stiffler

[Freezer]

I'm just finding the 1 wire stuff fascinating, forgive me, I'm a nub in these areas.  I just started powering up the board, and can see lots of possibilities.  I await to see the next steps from everyone , Stiffler as always your audience is far bigger than the activity here.

[drspark]

Hello Dr Stiffler,

I just finished reading all 50pg,,,  I guess I'm a bit late...
The only way I can think of to decouple the I/O,
is through your HHO gas efforts, connected to a Fuel Cell
connected back to the exciter circuit.

Very Best Regards
DrSpark

[DrStiffler]

I'm just finding the 1 wire stuff fascinating, forgive me, I'm a nub in these areas.  I just started powering up the board, and can see lots of possibilities.  I await to see the next steps from everyone , Stiffler as always your audience is far bigger than the activity here.

@Freezer
Thank you so much for the picture, you have made my day.

I see you are using a heat sink (great) and I see you have a modified board (second great). You either did the mod from the instructions or are one of a very few that received one modified.

I find it VERY interesting that you have already discovered the field and some approach on how to pull energy from it, this is great on your part. Did you have a theory on how to go for this or were you able to put the pieces together from all the hints and fact? Does not really make a difference how you got here, getting here is what counts. I think you are far enough that it will now just take some thought and think about a bubble that is getting agitated by wide band RF to the point it can not recover fast enough and offers a bit of energy down the line.

Thanks for the post again and a clean well thought out setup and presentation.

[DrStiffler]

Hello Dr Stiffler,

I just finished reading all 50pg,,,  I guess I'm a bit late...
The only way I can think of to decouple the I/O,
is through your HHO gas efforts, connected to a Fuel Cell
connected back to the exciter circuit.

Very Best Regards
DrSpark

@drspark
Well I looked at this a few years ago (and yes SEC has been around that long) and here is what I roughed out on the idea.

Assuming only SEC might be OU; Exciter input =1W, Output=4W, drive a very high quality conventional electrolysis cell with 84%eff. So with an input of 4W we would get (ideal) 4*0.84 = 3.36W of equiv H2, feed that into a fuel cell where 30% out is electricity and 70% heat. So the usable electricity (ideal)  would be 3.36*0.3= 1.008W.

Okay I looked and some claim 50% conversion, 3.36*0.5= 1.68W well that might fly, but this was all ideal inspection.

That same SEC with 1W in can produce 4W of direct heat, forget the other expensive gear, a heater should be just fine.

Okay what if the H2 generator was better than 84%, say xxx and we run the ideal numbers again, yes it looks great on paper, but the hogs selling the FC's will make the payback period so long its not worthy of consideration. As it stands now, greed has relegated SEC to a heater (I think today anyway).

[DrStiffler]

I'm just finding the 1 wire stuff fascinating, forgive me, I'm a nub in these areas.  I just started powering up the board, and can see lots of possibilities.  I await to see the next steps from everyone , Stiffler as always your audience is far bigger than the activity here.

@Freezer
Ok I just looked at a big photo the boys down the hall gave me of your photo and 'its not one of my modified boards' unless you changed out the sockets. Anyway I now see what is going on. I would like to critique the circuit, but not in open form. Reason, I don't agree with a few minor things going on, so if you like you can email me at the drstiffler @...... address and we can go from there.

Great work though.