I Love The Video It Can Increase My Knowledge this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
Good, I like that you share this video, I wish success always this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
Nice Video That You Share , So Very Nice Thanks You this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
I Really Like The Video From Your this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
Your Video Is Very Useful Sharing this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
So if I understand correctly you've wired the capacitors in parallel creating a capacitor bank, and you've wired the capacitor bank as a whole in series with the load (to be driven by the generator). How many Farads are we talking here?
Another thing: would wiring capacitors in series with the load also work for a three phase induction motor/generator?
The net result was a loss, but if you're designing a power generator that can be used during outages, then good job with that. Great experimentation work and I enjoyed your video.
este negocio hay bases que se deben de seguir una de ellas es producir mucho con tampoco nostros tubimos que hacer un generador con imanes deneodimio y anezarle una base de lata en lis imanes para evitar que se frenet y tenga una libertad te dire trabaja con motores muncho mas pequeños y de entrada menos de los 2 amperios de consumo del motor de trabajo pero aparte le anexamos un valancin de 15 kilos y en verdad se mantiene a muy baja presion
Too awesome Dude, I'm mainly digital electronics, but I understand what You mean by hooking up the AC caps in parallel, thank You for explaining this to Us, now I'm a little bit more ready for being off of the grid in a pinch. Take Care.
@guruji243 you can not have more outplt than input. If anyone else claims this, they are lying. The motor and generator wil both get warm (power loss) and then there is a mechanical loss just turning the thing. also no motor and no generator is 100% efficient. for this to work it would have to be more than 100% efficient, which is not possible. The additional energy has to come from somewhere.
Tell me.... what are you using as excitation to to actually induce a voltage on the stator windings on that motor? It looks like a regular capacitor start motor with an alluminium squirel cage rotor. Did you replace it with a ferrous rotor that has been magnetised to create a magneto effect? And did you disable the centifugal switch and connect both the start and run windings in parallel?
@mainlymojo motor is unmodified. turn it just above nameplate rpm. if it does not start genrating, quickly just long enough to touch the wires take either a drill battery or something about 12 volts and touch it across the caps. this will excite the windings and the caps will keep it excited.
ac generators (most of the afordable ones) have terrible unsteady outputs. start a load with a heavy surge and the lights will show it. THis cant be food for certain electronics, but it is an emergency generator mainly for lights heat refrige. so these items can tolerate dirty inputs more so than a computer for example. but the dc generator paired up with a sine wave inverter and a decent battery bank would allow perfect output under any condition and allow fuel saving during light loads gen off
Fun stuff eh!! Getting an AC generator to consistently make 60Hz will be a challenge without a good feedback mechanism to the engine. That is why I am a fan of DC generators and using inverters. You don't have to worry about the 60Hz, and you can you a battery to supplement peak demand.
@Pierre5484 pure sine wave output. if you regulated the engine rpm to keep 60 cycles and regulated the voltage then it should be able to run the tv. i ran an older tube tv fine for several hours.
i dont know but you could try putting the caps between l1 l2 and another set between l2 l3 and see if it works. keep both sets of the same total value. caps add up as you paralell them. dont know if it will work, but you got nothing to loose. if it dont work try bumping it with a 18 volt drill batt on each set of caps for a half second. if it doesnt charge then it prob isnt done right.
There has been several years of discussion about whether or not a (shaded pole) ceiling fan motor could be used as a generator. The consensus seems to be "NO." But I wish you would try it and put the issue to bed once and for all. By the way, most of them have two sets of windings. You power them in parallel and reverse the phase of one verses the other to reverse direction. Since they are designed to run on low power I wouldn't expect them to generate much.
it wouldnt even be worth the time as far as output would be if it worked, but just to prove it works or doesnt that would be cool to try, if i ever get such a motor, i will try it.
Assuming 1 horsepower is 746 watts and multiplying that by . 25 (since you mentioned it is a 1/4 hp motor), it would only do around 186.5 watts worth of load continuously (not counting the losses in the capacitors used to excite the rotor).
That grinder probably draws a lot more current than 186.5 watts under load which is why it eventually tripped the thermal breaker
Try finding a bigger electric motor (1hp or above)
You are smart...
you will burn the car is behind you with the grinder.
xergioslk 1 week ago
I Love The Video It Can Increase My Knowledge this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
ownerheard 1 week ago
Good, I like that you share this video, I wish success always this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
ayamsory 1 week ago
Nice Video That You Share , So Very Nice Thanks You this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
Destayear 1 week ago
I Really Like The Video From Your this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
cTianroy 1 week ago
Your Video Is Very Useful Sharing this is the same electric motor in this video as the first. i wanted to see if a stronger engine turning the motor would give me better output.
anakmudajaman 1 week ago
do you speak romana?
Rareshutz2000 3 weeks ago
it sounds like a fart lol
JamesRB1995 1 month ago in playlist Uploaded videos
Still should have a muffler though..
2001v8244 1 month ago
@kwacz
So if I understand correctly you've wired the capacitors in parallel creating a capacitor bank, and you've wired the capacitor bank as a whole in series with the load (to be driven by the generator). How many Farads are we talking here?
Another thing: would wiring capacitors in series with the load also work for a three phase induction motor/generator?
Joshuajones91 1 month ago
Another Video illustration that might be true or disputable as a Toy & Video Clip.
But not in a position to manufacture Generator System that needs no Fuel, Sun or Wind to Supply Electricity such as:
Shahin Electro Magnet Generator System
Whenever Electricity is needed with no Extra Costs to get Electricity.
For further information see:
Web: shahin-kadir.diytrade.com
Youtube:
- youtube.com/watch?v=JNW0ZyiVC20
- youtube.com/watch?v=7Z5nrA_8uTs
- youtube.com/watch?v=llJkasfo_q0
ShahinGenerator 2 months ago
i cant heaaat you... i cant hearr you
spartakexe 3 months ago
Your neighbours must love you, Mr Noisy. Surprised you didn't try to run a bank of air horns and a sub woofer!
stikndip 3 months ago
The net result was a loss, but if you're designing a power generator that can be used during outages, then good job with that. Great experimentation work and I enjoyed your video.
dave251430 3 months ago
Great vidoe... you make any more generators?
What do you think about using a car engine to run a series of ac motors... you think it would be possible to get up to 25kw?
benknefelkamp 4 months ago
why dont you use this setup to power a hho cell for the motor?? the next step to self sustainability ;)
bikr1975 4 months ago
este negocio hay bases que se deben de seguir una de ellas es producir mucho con tampoco nostros tubimos que hacer un generador con imanes deneodimio y anezarle una base de lata en lis imanes para evitar que se frenet y tenga una libertad te dire trabaja con motores muncho mas pequeños y de entrada menos de los 2 amperios de consumo del motor de trabajo pero aparte le anexamos un valancin de 15 kilos y en verdad se mantiene a muy baja presion
regiomontano50 5 months ago
Too awesome Dude, I'm mainly digital electronics, but I understand what You mean by hooking up the AC caps in parallel, thank You for explaining this to Us, now I'm a little bit more ready for being off of the grid in a pinch. Take Care.
akai454 5 months ago in playlist More videos from kwacz
try using a motor to generator and see if you can generate itself like another guy on youtube would be interesting
guruji243 6 months ago
@guruji243 you can not have more outplt than input. If anyone else claims this, they are lying. The motor and generator wil both get warm (power loss) and then there is a mechanical loss just turning the thing. also no motor and no generator is 100% efficient. for this to work it would have to be more than 100% efficient, which is not possible. The additional energy has to come from somewhere.
kwacz 5 months ago 2
@kwacz
Tell me.... what are you using as excitation to to actually induce a voltage on the stator windings on that motor? It looks like a regular capacitor start motor with an alluminium squirel cage rotor. Did you replace it with a ferrous rotor that has been magnetised to create a magneto effect? And did you disable the centifugal switch and connect both the start and run windings in parallel?
mainlymojo 2 months ago
@mainlymojo motor is unmodified. turn it just above nameplate rpm. if it does not start genrating, quickly just long enough to touch the wires take either a drill battery or something about 12 volts and touch it across the caps. this will excite the windings and the caps will keep it excited.
kwacz 1 month ago
@kwacz yes it is possible and easy to make
grimreaper957 1 week ago
ac generators (most of the afordable ones) have terrible unsteady outputs. start a load with a heavy surge and the lights will show it. THis cant be food for certain electronics, but it is an emergency generator mainly for lights heat refrige. so these items can tolerate dirty inputs more so than a computer for example. but the dc generator paired up with a sine wave inverter and a decent battery bank would allow perfect output under any condition and allow fuel saving during light loads gen off
kwacz 1 year ago
Fun stuff eh!! Getting an AC generator to consistently make 60Hz will be a challenge without a good feedback mechanism to the engine. That is why I am a fan of DC generators and using inverters. You don't have to worry about the 60Hz, and you can you a battery to supplement peak demand.
Keep it up!! Good work!!
AlternativePowerMan 1 year ago
What brand engine is that?
fordwillkillyou 1 year ago
Can this system actually run an HDTV without damaging the electronics?
And is this producing a pure sine wave or a modified sine wave?
Pierre5484 1 year ago
@Pierre5484 pure sine wave output. if you regulated the engine rpm to keep 60 cycles and regulated the voltage then it should be able to run the tv. i ran an older tube tv fine for several hours.
kwacz 1 year ago
seems to work deacently
windoes98se 1 year ago
i loved the version 1.0 and this one good craftman ship
good work
just a heads up
the smoke stack on the exaust need a support if u run it without one the vibrations from the engine will ruin the threaded exaust port on the block
animebsd 1 year ago
@animebsd .......
MrSatancunt 1 year ago
i like this video of the generator i mite try it
dejo1976 1 year ago
Something I've always wondered about....
Thanks for taking the time to set up & post this....
Nice explanation on how to select the capacitance W/O going into resonance theory & circulating currents
jmhrvy1947 1 year ago
how would a 3 phase motor be wired up to do this?
junkman6261 2 years ago
i dont know but you could try putting the caps between l1 l2 and another set between l2 l3 and see if it works. keep both sets of the same total value. caps add up as you paralell them. dont know if it will work, but you got nothing to loose. if it dont work try bumping it with a 18 volt drill batt on each set of caps for a half second. if it doesnt charge then it prob isnt done right.
kwacz 2 years ago
sounds better definetly
hello112100 2 years ago
There has been several years of discussion about whether or not a (shaded pole) ceiling fan motor could be used as a generator. The consensus seems to be "NO." But I wish you would try it and put the issue to bed once and for all. By the way, most of them have two sets of windings. You power them in parallel and reverse the phase of one verses the other to reverse direction. Since they are designed to run on low power I wouldn't expect them to generate much.
aheliason 2 years ago
it wouldnt even be worth the time as far as output would be if it worked, but just to prove it works or doesnt that would be cool to try, if i ever get such a motor, i will try it.
kwacz 2 years ago
Very good job! but becareful with that angle grinder man... You gave me a heartattacik a couple of times.
edstar83 2 years ago
Assuming 1 horsepower is 746 watts and multiplying that by . 25 (since you mentioned it is a 1/4 hp motor), it would only do around 186.5 watts worth of load continuously (not counting the losses in the capacitors used to excite the rotor).
That grinder probably draws a lot more current than 186.5 watts under load which is why it eventually tripped the thermal breaker
Try finding a bigger electric motor (1hp or above)
yuandrew 2 years ago
Yeah that's pretty cool man what you have created there. I would have never figured out how to do that kind of stuff
CanadianToolGuy416 2 years ago
cool
matthebest018 2 years ago