Quote from: i_ron on September 20, 2016, 06:52:53 PM




One for Chris...


https://youtu.be/41B4g4wELLM


Only running at 1440 RPM, need to rework the pulleys, but anyway, first run


Ron

I've always admired your handy work.  Looks  good.


Dave

Quote from: i_ron on September 20, 2016, 06:52:53 PM




One for Chris...


https://youtu.be/41B4g4wELLM


Only running at 1440 RPM, need to rework the pulleys, but anyway, first run


Ron

Hi Ron - Beautiful!!!

I know you are well versed in these areas, but if I may say, look at the magnetic Fields, see whats happening to them. If you have a Magnetic Probe, check the Field in the Gap while placing different load resistances on the device.

You can see in your video, there is a very slight slow down with load, then speed picks back up again.

The Gap you have, between the poles, if it can be adjusted, then this can change the observable behaviours of the running of the machine.

I learnt a lot in my build, I hope others find it as usefull.

Very nice Ron!!! Thumbs up as always from me!


   Chris Sykes
       hyiq.org

Hey Brad
S[/size][size=78%]

Quote[/size]o,some quick power calculations show that i am sending 81% of the P/in to the charge battery.[/font]This means that i only have to be able to generate 19% of the input power,and send it back to the run battery,with my (to come) cap dump system.[/size]Once we do that,we have a self runner-right  . Well as small as that 19% sounds,having tried this before,i know it is a very big ask. There is also the fact that lead acid and AGM batteries,only have about an 80% charge efficiency,where you would need to send 100 amp hours to the battery,to get only 80 amp hours out of it,as there is about a 20% loss in charging these batteries. So we are actually looking for around another 39% of the input power-just to gain unity -but who knows how that will change,having the small inductive spike in there as well.

This is where the one input/output cap would really shine in my opinion. No calculations to speak of, no non-sinusoidal wave forms meters have trouble with and no dissecting of wave forms to calculate power . Simply one capacitor which either loses voltage or gains voltage. It is also very easy to measure efficiency as whatever the external DC input is to the capacitor to maintain the voltage which drives the system are the losses in the system. Think of it as a free energy meter and if the input ever approaches zero and beyond... well then your the man.


We all know the drill and generally every circuit element invokes losses...so it may be that less is more. If it does not add to the generation function then discard it and if it does expand on it. Nice clean build.


AC

Quote from: tinman on September 20, 2016, 07:35:15 PM
Hi Ron
Seems to run quite smooth--nice build.
What are the two meters showing?


Brad

The meter on the left shows output voltage... the right hand meter shows input amps, well, mV over the shunt. The shunt is 50 mV = 25 amps.


Ron

Quote from: EMJunkie on September 20, 2016, 08:24:00 PM


Hi Ron - Beautiful!!!

I know you are well versed in these areas, but if I may say, look at the magnetic Fields, see whats happening to them. If you have a Magnetic Probe, check the Field in the Gap while placing different load resistances on the device.

You can see in your video, there is a very slight slow down with load, then speed picks back up again.

The Gap you have, between the poles, if it can be adjusted, then this can change the observable behaviours of the running of the machine.

I learnt a lot in my build, I hope others find it as usefull.

Very nice Ron!!! Thumbs up as always from me!


   Chris Sykes
       hyiq.org

Thanks Chris!


Ron