Muller Dynamo

[konehead]

Hi all

Here is a backemf-recoil "recovery" circuit that I've been testing and improving the last few days. I am running a 4-magnet rotor 5 coil-postion romeroUK "variant" on this circuit using two 470uf 450V caps, and a 40V 3A shottky diode...I let it run today for about 4hrs and the car battery went up from 10.00 to 10.05VDC after that amount of time not that this is great indicator of anything being how low batteris are very fickle...
I figure there is a "recovery" of .7W, and the motor runs on 150ma and 10V so thats not bad.
figuring the recovery-watts based on that formula to figure watts from cap discharge knowing the max volts and minim umvolts in cap during the cap discharge , size of cap,  and rate per second...
I tested it fr that 4hours with the cap #2 rignt back into the run-battery....as the motor runs; cap #2 reads 11.03V across it, cap #1 has 17.1V across it and battery is very low voltage at only 10V but like I said it rose to .10.05
If I just let cap #1 (the "collector" cap) fill with it not discharging to 2nd cap or any load, it will climb to 53Vdc and stay there.

speed of motor is 1620rpm.
also interesting is without that cap #1 recovering the backemf/recoil, the motor goes only 1450rpm so that is good increase in speed from taking the backemf/recoil out of the motor coil circuit and putting it into cap #1...then this cap #1 swtiches into cap #2 and cap #2 hits load as shown.
adjustments to what you want in voltage in the caps can be done by changing the cap sizes - such as 100uf instead of 450uf will have much higher voltages since smaller caps fill faster.
pulse width of motor coil pulse is vry short at about .5ms, and its  about 2ms for the caps dumping to load or into each other.
timing for caps dumping into each other, or into load is once per revolution which is 27 times a second. There are 5 motor pulses per revolution of motor.

[chalamadad]

Regarding red switches that burning out, is possible to self made  robust red switches that will not burning out easy ....
Another idea what I want to suggest is Ossie callanan oscillator principle;when magnet pas over power coil, this will oscillate in conjunction with red switch,fragmenting the impulse in many little impulses  returning  huge amount of radiant energy ;If you do it just right ,you will have all energy you need to charge back the power source ,the battery,so the rest of the coils will producing energy for what you want...

http://www.google.ro/url?sa=t&source=web&cd=1&sqi=2&ved=0CBoQFjAA&url=http%3A%2F%2Fwww.fluxite.com%2FWorkingRadiantEnergy.pdf&rct=j&q=A%20Working%20Radiant%20Free%20Energy%20System&ei=FZlaTvxX0_rhBI317awF&usg=AFQjCNE1CA7ZGC6lnh_l2v9VGvqZDxSeag&sig2=kxYJOTRV9czCk6ixVGg6hg&cad=rja

@sinergicus: Thanks, these information might become very useful! Callanan states he hasn't achieved good results with electronic switching so far. I wonder if we can replicate the effect with arduino. That would be fantastic. joefre has shown nice results. (Maybe @joefre: Have you tried fast un-/shorting repeatedly over the active time? This might be a way to go. I am still waiting for components for my circuit (got the wrong mosfet driver) but this is definitely something I wanna try. Originally the idea was just to tune the on-off timing of the motor coils because with the halls alone it is impossible to set the exact pulse durations and overlapping timing. Now I want to have just one hall for triggering and compute the rest with arduino. Also that will give a nice RPM display without the use of laser tacho. Then next plan is to add some code that will self-adjust the pulse widths while running in order to let the system find the optimal settings by itself.)

Sinergicus, do you want to share how those custom reed switches can be made?

[konehead]

The cap-into-cap circuit I put up before this one is for motor/drive -coils....this is a really nice one for GENERATOR COILS its called a "non-reflective diode-plug circuit"

[freenergy850]

@sinergicus: Thanks, these information might become very useful! Callanan states he hasn't achieved good results with electronic switching so far. I wonder if we can replicate the effect with arduino. That would be fantastic. joefre has shown nice results. (Maybe @joefre: Have you tried fast un-/shorting repeatedly over the active time? This might be a way to go. I am still waiting for components for my circuit (got the wrong mosfet driver) but this is definitely something I wanna try. Originally the idea was just to tune the on-off timing of the motor coils because with the halls alone it is impossible to set the exact pulse durations and overlapping timing. Now I want to have just one hall for triggering and compute the rest with arduino. Also that will give a nice RPM display without the use of laser tacho. Then next plan is to add some code that will self-adjust the pulse widths while running in order to let the system find the optimal settings by itself.)

Sinergicus, do you want to share how those custom reed switches can be made?

Zerofossilfuel has posted some Arduino code on his site that should make it easy for you adjust all parameters...
alt-nrg.org

[T-1000]

Hello everyone,

Regarding Lenz law: because it happens not instantly and lags behind it is possible to make it usefull work when it kicks back in simple way: It should be enough of speed for another magnet for approach to make BEMF(and Lenz law due of it) attract second magnet so instead of wasting energy you would convert that stuff into usefull work.

It's easy to check what frequency and RPM are needed when attached oscilloscope shows how many nano/miliseconds are available to match... In my own case, I already tried to play with pulses on transformer coils and match beginning of next pulse with kicking BEMF cycle beginning, it spiked voltage much more then.

The timing and resonanse is everything...

P.S> Adter visiting RomeoUK private forum I did dig out where whole idea of his motor came out - he posted some important docs what lead to this:
http://www.angelfire.com/ak5/energy21/adamsmotor.htm

Cheers!