Power ratio over one

[handyguy1]

Hay Gyula:
I am not doing a good job of explaining what is happening, sorry.

When a load is increased, resistance should increase. The device should slow down. If I put a couple of mini lamps (or more) in series with the LEDs, they don?t light up, and the LEDs show no difference in intensity, and there is no slow down of the device. If I put one or more 10-ohm resistors in series there is no difference in the LEDs or the devices speed. I have even used three small 1.5-3 volt motors in series, and there is no slowdown in the device and the LEDs continue to blink away!
I would at least expect one-half cycle to show signs of resistance and slow down, but it doesn?t.
I could understand that the LEDs used up the amperage, when the power was going through the LEDs first, meaning that anything else in the circuit would be just a return path to complete the circuit. However, I can?t explain when the power goes through the resistive load first, why that doesn?t make any difference. Does this explain my dilemma any better?

David

[handyguy1]

Hay Gyula:
The second part of your post: The answer can be found in the moment-by-moment instantaneous readings. This is why I went with the data recorder, so I can tell what is happening at each moment in time.

[wattsup]

@HG

I think the reason why the rotor does not slow down when you increase the load has to do with the distance between the magnets and the coil. If you put something under the gen coils to raise them higher so the magnet is swinging closer inside the coil center, you should increase the amount of slowdown when increasing the load.

Right now, the coil is catching the ambient mag field of the magnet, but the coils internal resistance to current flow (BEMF or CEMF)) is not enough to reach the magnets present location. This is why motor generator rotors are so close to the stator. Surmounting that close drag is what produces serious juice.

There is so much room for optimizing this design from all angles.

[handyguy1]

Hay Wattsup:

I agree. I posted another video on you tube, about the switch. I did not understand Stefans question about an additional electromagnet in the switch assembly.

David

[hartiberlin]

Hi David,
please show the driver unit in detail with macro photos.
How do the electromagnets lift up and down the wood ramp
and the axis ?
Is there anywhere a magnet involved to do this ?
Many thanks.
Looking for a new video from you that clears this up.
Many thanks.