I am looking to produce about 2VDC.  No, that is not a typo.  Two volts direct current.

If the 30ga wire won't handle the current produced at 2VDC, I could always wire it basically in two phases of 2V each in series.  And wire the solar driveway lights I will be charging with this thing in series as well to 3VDC, in which I would be pushing for 4VDC out of the genny

I was thinking this thing wasn't going to produce that much power, so I was only looking to charge the NiMH AA battery that was in each of eight solar lights.  So a max of 9.6V @ 2300 mAh (in series) or 1.2V @ 18.4Ah (in parallel) if it is capable of making that much.  Of course, it wouldn't need to produce that much every hour all the time.  There's still the installed solar cells in the lights.  This windmill was only supposed to supplement the solar (which is pretty dismal in northern Minnesota most of the year).

I realise that 30ga wire isn't capable of 18 amps, but with 14 coils all hooked in parallel wouldn't it?

Geez, I was thinking this thing wouldn't even get close to 30W total in a hurricane!!!

As for using the stock wiring, too late.  It's already torn out, both the inner and outer coils.

I'll get some pictures of what I have to work with tomorrow when it's light so you can see what I'm trying to do.  Or maybe I could bring it inside right now (wife's gone to bed) and get pictures now......

Your idea of 2 volts is not practical for many aspects, one is the rectifiers, if Schottky, will have a drop around 0.45 volts, and if Silicon, around 0.7 Volts.

So you want to loss around 45 to 70 % of the energy in the diodes and I am not adding line losses

The LEDs, WHITE type run from 1.8 to 2.4 volts depending who is making them with different technologies, some are Ultraviolet diodes with Phosphor to produce white light, the equivalent of the fluorescent lights conversion scheme.

The LED diodes are NOT voltage devices ARE CURRENT devices, so they will need a higher voltage source with a current regulator ( the simplest one is a RESISTOR) , which indicates that you need a higher voltage.

If not a resistor because the voltage is low, then you need a boosting voltage circuit with defined current capability feeding each LED.

The solution for Ceiling FAN generator wind mill, is not a low voltage -- you are starting with a very low power system -- but with a higher voltage capable of charging some battery like 12 or higher Volts.

The external rotor of the ceiling fan is thin and difficult to make thinner, unless you have a good lathe or a milling machine and just enough to clear the room for the magnets.

So 30 Gauge wire is going to be out of the question for your project, have you determined the current capabilities of the wire ?.

I stop here, not more "additions" to your project, though there are more, listen to the group and be logical about it.

Not that exciting, but hey....