Once one of the three magnets on the pencil aligned with the fourth in your hand, it would stay there. There is nothing to move the next magnet on the pencil to align with the stator magnet and concurrently pull the aligned pencil, rotor magnet off the fourth stator magnet in your hand.

Unless, of course, you moved your hand and the stator magnet. That would move the rotor, but only so far as you moved the stator magnet. Perhaps a fairer experiment, to preclude moving the stator magnet, is to find a way to fix it above the pencil without holding it in your hand.

Electric motors work because they provide a change in electro-magnetic flux. In a simple DC motor, for example, the rotor starts to align with the stator coils on either side.

Then, just as the rotor is aligned, so it would stay there without a change in polarity, the stator changes polarity so the rotor passes on through and is propelled to align in the opposite direction. That cycle continues with each half rotation of the rotor; and that’s what propels it and makes it a motor.

So, what I think, you need to go back to the drawing board.

maybe … .this time for sure …

ya, right …. oh well ….

you should have a voltage regulator built into your system.

With no other info, I’ll assume the 12 volt battery is a 12 volt auto lead acid type battery, about 100 amp-hour capacity.

At 15 volts, which is what it takes to charge a 12 volt auto battery, you will get a current, at 5 watts, of 5/15 = 1/3 amp.

To recharge a 100 amp-hour battery, in theory, would take 100 amp-hour / (1/3) amp = 300 hours.

Edit: note that the voltage must be at least 15 volts to charge a 12 volt battery. I’d put a diode in series to prevent the battery from discharging into the generator when the voltage drops below 13 volts.

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They are always ether fake, spam, and/or malware.

I want to build a DC Permanent Magnetic Generator that will generate electricity which I want to use to power things in my home.

(I’ve heard I can also pass it through a Bridge Rectifier to produce DC electricity which I’ll store in batteries or I can pass it through a power inverter for domestic use)

Is this possible? And how would I use a DC Permanent Magnetic Generator to produce electricity for domestic use?

I was reading these instruction here: http://www.scoraigwind.com/pmgbooklet/itpmg.pdf

and they seem like they’re pretty good. What do you guys think of them?

Could I use the generator he talks about in that and pass it through a Bridge Rectifier to produce DC electricity to store in batteries or pass it through a power inverter for domestic use?

He’s using it for a wind turbine (but I don’t understand why). Doesn’t the generator already produce the electricity? Why is he using it with a wind turbine? (sorry for my ignorance…I’m a noob).

Also, what would do you think the costs would be to make this unit?

and after the costs associated with the generator (battery, parts, magnetics, etc) would the unit produce free electricity until I’d need replacement parts? And is this unit considered an overunity unit?

I’m very interested in doing something like this (and I know these might be noobie questions) so any help would be greatly appreciated.

Thanks a lot.