Added: 1 year ago
From: jonathanspindler
Views: 43,740
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  • Thanks for sharing this information. Excellence unveiled !!

  • Another good Idea is to add another phase or two, Not only does it give you more energy but it also makes the AC current smoother if aligned properly, even with the rectifier it was pulsating etc, you could also add a smoothing capacitor. hope that helped in any way. nice job!

  • Thank's for vid.very good....................

  • @to8dn56 thanks to8dn56,I appreciate that !!!

  • You should make the magnets more outwards towards the center of the coils. But my questions is size dimensions of magnets and wire size and how many turns?

  • @Mrinfoone i can't remember the exact size of the magnets, near to the end of the video i am holding them up next to a measuring tape. The coils are 50 turns each, 23 gauge. All the material used was just random stuff i had laying around my workshop.

  • Super very very smart Proud of you..

  • See now that's impressive. A very good video, explains exactly how the generator works! I noticed in the video the magnets are labeled north and south. My general "noobish" understanding of generators is an magnetic field is picked up by the copper coils and the electrons in the flow is use to turn the magnets in the rc motors etc.

    Why is it import to have both north and south polarity if all that is needed is electrons for the copper to grab?

  • @sajabz2007 the use of opposing magnet poles N,S,N,S... create and AC voltage. kinda like the voltage in your house. By adding the rectifier you create a DC voltage, kinda like the voltage from a battery. This was just a silly project i whipped up last Christmas in my free time. Ideally i would go with the same setup with my magnets but wire my coils for a three phase application, Rectifying three phase is much more efficient with less loses.

  • @sajabz2007 if i set my magnets in this project to be all the same poles facing the same way (S,S,S,S) the voltage would cancel itself out, each coil would end up fighting against itself and producing nothing at all.

  • can i have the schematics diagram for this!? please

  • Did you coil wire around the plate where you have the magnets?

  • @Unequippd no, the magnets are epoxied to a octagon electrical junction box cover made of steel, the coils are epoxied to a CD.

  • Your coils are too big for your magnets... waste of wire.

  • @Losenger dude, come on now, this is a project from spare shit i had laying around my workshop, i don't plan on powering the local shopping mall with it!!

  • I made the coil stator but my magnet is not generating electricity why? How do i arrange my magnet against coils?

  • @6341026p are you magnets staggered North/South/North/South.......­.?

  • @jonathanspindler thats not like that but sets my magnet North/South than South/North against each other.

  • @6341026p not sure if i understand what you mean, are your coils sandwiched between two rotors? if so i know the project your taking about, they both rotate at the same time with the coils between them?

  • @jonathanspindler Yes my coils between two magnet rotors which are rotate at the same time. Upper one is South and Down one is North . Should i keep the same setting in all raw?

  • @6341026p if you have plates with magnets on them spinning the same speed, one on either side of the coils, kind of like my video here with the magnets alternating north/south/north /south but with another set of magnets on another plate facing the other magnet plate with the coils sandwiched between them the magnets facing each other would also have to opposite polarity.

  • @jonathanspindler only looks like theres on magnet rotor, with 2 on each side I bet it would puy out way more power :-)

    I going 3 magnet roters and 2 sets of coil rotors so I can get to alternaters from 3 magnet rotors.. should work out good... you could stack as many as you want :-)

  • @Me102288 yeah i have thought of that too, you should let me know how it works out for ya, i'd love to see it in action!!!

  • @jonathanspindler actually I can already tell you a straight magnetic field between 2 magnets (north facing south etc) will create much more inductance in a single coil. This is why windgenkits use's the design, videos there of the whole construction :-) because it puts out a lot more power.

  • @Me102288 yeah i do like the design, and i agree that the lines of flux between two opposing magents are more efficient for cutting through coils:) i have a few projects i would love to try but my job and being a dad/husband leave me with very little time for experimenting

  • Flux generator as next project; thanks for the help thus video provided

  • @7h7gn7fh have you looked into ceiling fan motor modification projects? I just crack open a motor the other day and i think i may try and convert it to a generator.

  • Thanks v much; am going to build an axial g

  • ...designation of the the pickup windings, are they wound in alternatie direction?

  • @7h7gn7fh they are all in the the direction, all wire in series. I didn't really put much thought into this, just a rainy Sunday afternoon fun little project i thought i'd try.

  • What's the significance of the red and black desgignation

  • @7h7gn7fh no significance to the coloured widings, just had the red and black tape handy so i used it.

  • What diameter wire to use for generator windings?

  • @7h7gn7fh the windings are 23 awg. i had some left over from an older project i did.

  • ok now you know how to drive that electric motor out on the lake. Seriously though, you waste a lot of energy in your coils by making them so large dia. I know it's just a demo but just in case anyone gets the wrong idea

  • @itsandbits1 this is just a quick demo to show the basic principals of power generation, i wouldn't be building this to strap blades to it to generate power at all.

  • Nice! It does well for a single sided alt.

  • Awesome project.great job on the video.keep the videos coming.TAKE CARE

  • @michael970 thanks mike, i like your videos too, great looking projects you have there!

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