Reactive power - Reactive Generator research from GotoLuc - discussion thread

[gotoluc]

I put together this crazy two phase generator setup.  With a bit of maintenance on the motor it will be much more efficient. I was thinking i could do some experiments with it since the universal motor can be powered from a Battery with DC or with AC from the wall socket via a power meter and variac. And with two phases I could compare differences between two separate outputs at the same time. It can do 50/60 hz or even up to 80 or 100 Hz maybe. Voltage traces of the two phases is shown on the scope. It's not as loud as it sounds on the video.

Small two phase generator.
http://www.youtube.com/watch?v=9GSRtEKqh48

Cheers

Very good generator design idea Farmhand. I was also thinking of experimenting with something of this style but as a motor. Could you make a motor out of it?
Hope you get your bearing issue fixed.  looks like you have much waste there.

Thanks for sharing

Luc

[gotoluc]

Dear

I am a highschool student and surely don't have that much knowledge as most of here have.
I have seen a video where gotoluc shows how he uses capacitors for having an overunity transformer, I drawed a picture of how I explain it simplfied, is this correct?

Kind regards, Julien

Hi Julien,

your 3rd drawing is what I was using with a microwave oven transformer. Capacitor in series on the primary and a resistor on the secondary.

I have not claimed over unity but have had some interesting effects. Be careful this is dangerous experiments.

Luc

[gotoluc]

I put together this crazy two phase generator setup.  With a bit of maintenance on the motor it will be much more efficient. I was thinking i could do some experiments with it since the universal motor can be powered from a Battery with DC or with AC from the wall socket via a power meter and variac. And with two phases I could compare differences between two separate outputs at the same time. It can do 50/60 hz or even up to 80 or 100 Hz maybe. Voltage traces of the two phases is shown on the scope. It's not as loud as it sounds on the video.

Small two phase generator.
http://www.youtube.com/watch?v=9GSRtEKqh48

Cheers

Actually I have another idea, keep the generator as is for now and make a trigger circuit that will short the gen coil or coils at their peak of the sine wave for a small fraction (duty cycle) and see what that does for the output. It maybe enough to kick the magnets at the right time and boost the output also.

Luc

[Farmhand]

Hi Luc, I do have a circuit that i can use for shorting the coils, but I need to change the optical sensor module for a hall effect sensor module. I found if I add 13 uF to each phase i get resonance at just over 60 Hz and the voltage is rediculous, I'm talking over 300 volts peak to peak and I still am not at full resonance, also one set of coils has more wire on it than the other, I need to fix that, originally I fixed it by adding some wire to the lesser inductance/resistance set but that made those coils exceeded the inside diameter limits. So the only option is to remove half a layer from the higher inductance/resistance set to even them up..

I'll try to motor it by just using the active line split and one phase powered with the 14 uf capacitor in series to get a difference in the phase of the currents. One thing I've learned with Tesla's devices is that the direction of wind of the coils can not be taken for granted. Things must be wound a certain way to be able to match the wiring of the diagrams, so it is important to understand what the result of a certain connection will be.

By connecting one end of the two phases together I can get a three wire system grounded return.

I can already get good speed up under load and short effects even at low frequency, 40 Hz.

Cheers

[gotoluc]

Hi Luc, I do have a circuit that i can use for shorting the coils, but I need to change the optical sensor module for a hall effect sensor module. I found if I add 13 uF to each phase i get resonance at just over 60 Hz and the voltage is rediculous, I'm talking over 300 volts peak to peak and I still am not at full resonance, also one set of coils has more wire on it than the other, I need to fix that, originally I fixed it by adding some wire to the lesser inductance/resistance set but that made those coils exceeded the inside diameter limits. So the only option is to remove half a layer from the higher inductance/resistance set to even them up..

I'll try to motor it by just using the active line split and one phase powered with the 14 uf capacitor in series to get a difference in the phase of the currents. One thing I've learned with Tesla's devices is that the direction of wind of the coils can not be taken for granted. Things must be wound a certain way to be able to match the wiring of the diagrams, so it is important to understand what the result of a certain connection will be.

By connecting one end of the two phases together I can get a three wire system grounded return.

I can already get good speed up under load and short effects even at low frequency, 40 Hz.

Cheers

Thanks for the reply Farmhand

have you already experimented with coil shorting?... I think you need bidirectional mosfet's to do it? 
I prefer optical to halls sensors. I don't see why you couldn't use the optical sensors?...  sorting timing should be in the same place once you find the best location and you can vary the length of the reflector for pulse duration. But you may need two opticalsensors if your magnets are not at exact opposites.


It's nice that you can also get resonance at such a low frequency!... but I would guess if you attach a load it probably has more Lenz then non resonance?

I'll be interested in your results.

Thanks for testing and sharing

Cheers

Luc