Gerald, your work is amazing. I am following you up from West Africa. Do not be discouraged by critics who don’t want the truth to be known and mankind liberated. I have just acquired a motor and is with the turners/larthe mechanists currently. I intend to start working with a controller in the coming weeks. Keep the good work up. You have not really wasted your 3 years on the project. I am on your side. May God bless you real good.
Hire a good software programmer to make optimal use of your controller, the programming is getting insane. And also hire a good electrical engineer to design around the program, as new parts and techniques are being implemented every year.
10:26 its stronger than your car motor at the cost of slower speed/higher torque. Gasoline engines flaw is that they have to be at high RPM for optimal torque, all EV motors have the advantage of high torque at low RPM the torque though tapers off when it is close to its highest rated RPM. Factor 1400 rpm and .95 hp into an equation and you will see its suitability in driving a vehicle -- Engineering 101
Mr Gerard is focused and passionate and doesn’t have time for bullshit. He has something truly amazing going on there. Wish I had the money to help him. It’s a win win for the people.
Do you know which linux software is best for generating high frequency pulses? I'm thinking of using RPI3 for that, and logic gates to multiply and cascade it. Sound card is limited to 96Khz.
And suddenly from the best designs of sensorless BLDC motor drivers pop up out of the blue. I builded one of the simple three mosfets controller, and o what a beauty. It runs very fast speed with torque incredible. AND of course, it runs in overunity.
Is there a reason behind pointing out a time in the video of him miss speaking? look I can point out something with a time as well. 3:41 correctly says 310 volts.
3:20 DC, 31.0 Volts doesnt looke like 110 volts to me. If you fed it 110 volts and its rated at 31 volts, you will have to design a way to get rid of heat, aka in an oil bath such as an electric transmission. When it reaches a critical point it will smoke the enamel and result in shorted windings and blown controllers
Mechanical Oscillation High voltage resonance pressure through a Hertz slasher. Using feedback from a magnetic coil sensor. Sensor pick up coil is a generator input from the passing magnets. Use this frequency signal to determine the rate of the slasher. Use amplification multiplication to increase voltage resonance pressure if signal is not lost but only amplified. Or create a magnet coil sensor generator which is able to move the slasher motor. Or mechanically connect the slasher to the washing machine motor. Then amplify Magnify pulse from the slasher into the hyperdrive.
hello gerard,how did you connect the 3 amplificators for each motor phase? i mean just one wire per phase on the motor,so whats happend with minus connection input side and the minus of the output side as well? i dont get the point,are you connecting those minus to a commun minus pole somewhere into the system? but if yes ,where? side low voltage of the arduino? or somewhere else? thanks to care ;)
Hello Gerard. Carlos here from Ontario Canada. How about using a pulse width modulator such as the ones used in electric bikes? They send a square wave and the pulse frequency is controlled by a throttle so you can very the speed. They come in 24v, 36v, 48v and so on. The one on my ebike is 96v
What is the part number for the 3v to 90v power supply? I have most of the equipment power and manage the frequency. I'm looking for two motors to work on. I plan to use LM555 timer chip to control the timing of the power to the wind's. Please help Thank you
It's likely that these motors use phase conjugation (off signal reverses out and repels magnet just after attracting magnet in.) Just like pole transformer coils and the hot wire in the home. The on off signal only phase conjugate reverses (AC) after charging the coil and steel or iron core. During the off resistance and reluctance to change causes the phase conjugation charge flow reversal AC magnetic repulsion. Which could charge an infinite set of batteries. (John Bedini) So the controller only needs to know when to discharge according to location of the magnets in the drum. Sensors on the stator identify magnet locations probably by moving the drum left and right as can be seen before clothes washing machine begins. The sound of music from some controllers is likely doing the same action. Moving the magnet location into position required for starting. Which assures direction according to directional charge flow. (Program) as the program uses directional charge flow to move the drum left and right. For thirty six coils there are thirty six magnets plus two more magnets (2*3=6) for each leg. (36+6=42) Three sets of legs. Each leg moves either left (1) or right (2.) So every pole coil sits with one magnet each for attraction repulsion. 6*6=36 so there is one magnet extra for every six magnets. So every six magnets on the wheel rotor is one magnet out of place or not directly in line with core poles. Which could also be used as an average offset for all of the magnets compared to all of the poles. Three legs having three magnets above them to attract left or to attract right. For two sets of legs (6 coil cores) there is only one extra magnet offsetting on average for all six magnets. It might be that this is what the sensor is reacting to. However it is most likely the sensor is only there for timing purposes. Probably the extra six magnets assures identification by the sensor where or how to place the other magnets into proper position. Or it automatically causes wheel direction to follow directional charge flow. Which is more likely. The sensor can hear each passing magnet like a microphone can record or listen or can feedback sound output. Sensor input from magnetic output can be used as a switch to trigger discharge into the coils. Therefore the sensor is used to identify frequency rate Hertz. Voltage regulation controls rate. According to mass inertia weight. (Changes the variable.) But Hertz frequency is probably setting voltage levels. Voltage increases or decreases to get the desired Hertz? The jiggle (music) program is computer controller action putting the magnets in the proper position to assure directional charge flow is matching the direction the drum is spinning? Jiggle music program controls spin direction but also places the magnets into la ocation assuring that the motor starts up a rotation. Likely this places magnets where directional charge flow will have success creating start up in the proper direction. After that the sensor matches up frequency Hertz with the proper voltage output to match and either increase or decrease rate. Because these motors use magnetic breaking, the sensor Hertz frequency program is able to lower voltage to slow down the drum? Or is it using the off portion of the phase conjugation charge reversal? Or is it reversing charge voltage (directional charge flow, DCF?) Turning off the machine does not mimick the rate of stopping the machine uses when on. Showing it used a form of braking. Would resistance and reluctance alone do this braking? If so that is all that is being done by the machine. So it controls on discharge timing and voltage level according to Hertz sensor. Which feedback input charges a capacitor which is used as a switch to turn on or close a circuit. Input frequency and voltage adjustment. Hertz frequency (voltage discharge level determination) is not required for simple motor use? Only a change in voltage level would be enough to change rate of spin? Cascade is not necessary? When in proper position all three phases attract in a magnet. Set up to a resistance reluctance discharge will repell magnets from all coils at the same time? If so this means on off all phase or legs should work when positioned by the music jiggle signal. Off needs to discharge backwards due to resistance reluctance. Which also will cause braking according to reverse voltage DCF. So a sensor is required as feedback to match DCF voltage level discharge and Hertz frequency with the positions of the magnets regardless.
Wow... take apart a 1000 watt electric bike motor it’s the same thing. It has hall sensors to let the bike controller turn on and off the phase coils they cost 50.00 if you want higher voltage just rewind the coils with small mag wire with more turns. I agree these motors are fantastic. With 48 volts on a bicycle I can pull 45 mph at 1500 watts. You can configure the windings for either high speed or high torque or something in the middle
hello those amplifiers are called DC DC boost converter . the motor is a bldc LG washing machine motor 300vdc 1000w 1500rpm 24 poles stator and 12 poles rotor magnets . you can easily order from china an adjustable bldc motor driver got everything you can adjust from freq voltage speed and torque . from 10 rpm to 5k rpm . when you couple this motor to another bldc motor at higher speed you can generate more voltage as I noticed u used 2 lines with a capacitor it works as a power factor corrector all u need is to put a bridge rectifier a DC pfc circuit and then a dc to ac inverter to power up your equipment . but to be aware for heat generated by the generator cause the magnets to heat up and loses it strangth so lower valtage will be produced with time .and the life span for the bearings .
That electric motor is a great design. That is why it has been in use on washing machines for 2-3 decades. Yours is not more powerful than a car engine.. (although it could be if much larger). That will be what powers all cars one day. Direct-drive, no transmissions, all wheel drive, and (partial) power recovery with 'braking'. Batteries and capacitors are catching up... Motor/ generator will probably be an array of nano-thermocouple junctions (think millions) and a simple heater box. The efficiency will be 98%+ with almost zero emissions. And there is no 100% efficient energy conversion. As for experimenting with those washing machine motors; look at others controllers... many new designs all the time. Don't be all against a simple 3 phase inverter to start with, they can work too. P.S. I design experimental power generation with thermocouple junctions. I "print" them directly on ceramic layers; car motors with unmatched efficiency and no moving parts. I feel industry needs to go this direction. They ignore it in the area of transportation.
He's right about the point that something has to move, but forgets to mention that EM field could do that movement instead of material parts. EM field resonance for example. Although, to be precise, its not the field, but volume of ether particles enclosed by that field. I've stumbled upon one research, which mentions this possibility with some formulas and figures to test, if you dare =). Here's a link: drive.google.com/open?id=0ByyeIdK8FssyZjRJUWRGMy13M2M Last update dated at 2013, its a 700 pages multiyear work, wide scope (too wide I should mention, but important stuff is there).
Three outside a sparkplug you may use timer with a cause some with three plugs going in turn under cap the points spinspin hit one to the faster and fast instead of eight barrel you need a three speed
In an older vid he says that the magnets are on the outside so that makes them more suited to being a motor because of all that massive leverage… so use that leverage to turn a generator that has it's windings on the outside and it's magnets on the inside. It's leverage is much less.. which makes very good sense to me. Which is why drum motors are perhaps not the best option to utilise for wind/water turbines
Sounds like you need a BrushLess DC Motor Driver. Turns out there are thousands of them for sale at any given time. Why not just purchase one that's already been developed and tested?
Are you still working on this research and have you come up with a proper controller for it? An update would be nice, Also, I wish you had put links to the components you used so we knew where to find exactly what you were using.
you can buy the stator/drums and all the cables on Amazon. The motor is something you can buy anywhere. The controller is bit tricky, I think that's the hard one!
ICQUANZX DC 5V-36V 15A 3-Phase Brushless Motor Speed Controller Motor Control Board CW CCW Reversible Switch Motor Driver Control Regulator Module is the controller you need to run that motor you could connect the 3 outputs to the input of the amplifiers and the motor runs.
You need what spins the chain on a bike so you casade would be each one of the points of the wheel now hook the DC electric to flat copper unit hits one as it spins from what your saying this should work
Three oh true may be a little off think a little more here tow of them now one of them hit at this point the next hits at the next and adding a third which hits at these points now spin one you spin others
On the boards spinning aswell one hits the other spins then two hits then the third spins and it comes up to hit the power every so many spokes for three on three the outside wheel boards must be set correct
Iv seen a car alternator with magnets in the middle the man used it as a generator with out the bridge rectifier in it and 3 field wires remain that's were he hooks those 3 wires up to a 4 pin plug board . the plug from single phase motor god to the power board that has a off on switch built in . now the motor and alternator both have pullys and connect by belt . spinning to start with the cordless drill cool stuff 😃
I tried to understand you but from what i gather you need to be able to input voltage on the different legs at different times so why cant you use a mechanical controller with contacts? Even yet after you have the rotation why cannot you adopt a type of gearing or transmission to the spinning motor to achieve a greater rpm?
Mechanical contacts operate to slowly. You need to use solid state switches (MOSFET) which work on a molecular level and can switch thousands (if not millions) of times faster and have repeatable responses.
@@touchthesun2448 you probably didn't hear what he said, depending on different winding connection he made it Open Y Connection pulsing 3 poles in Cascade repetitively.
why don't you use a distributor with 65000 volt coil. drive the distributor with your drill, the faster you spin the distributor the fast the motor should spin. distributors also have mechanical advance and vacuum advance so you can tune it to your needs
3:38 "I didn't stamp the fucking thing there"......I love it man! what an accent; I am from Pakistan and wish to speak like that....Cool Gerard...you are on the right track baby!
Thank you, I don't think u wasted 3 years Im trying to make this so I can move to my off grid land and build a cob house . I am having a hard time getting the front off the washing machine motor off in order to get to the inside .But Im determined thank you
I am so sorry but you are not reading the voltage & current WRONG the motor is rated @ 30.0 VDC @5.0 amps max ,I have the exact same motor and the controller I plan to use is from Amazon or Ebay as Banggood has run out and is waiting for more from the maker. There is a video by Mr Electron and he gives a complete demonstration
Gerard , you are wrong about one thing. There are power plants without prime movers. FP&L just built one near here. They are called solar farms. Power generation without moving parts can be also done on a home level.
this guy is obviously clueless, anyone who knows anything about npn trans. will know its not hard to make that motor work .This guy thinks he's gods gift to electricity but is talking nonsense. I'd like to see Gerard succeed but he needs to stop thinking he knows everything. I know free energy is real and its not that hard to prove it to yourself.
you man are the best congratulations and thanks for sharing videos cause in school they dont want we learn nothing thats why china is the best on tecnology every you need they have it
You said a cascade you meant a distributor you need a nine sixty distributor plus a three speed distributor and points which spin causeing one two three
personally i think gerard is a misinformation agent. i will be very surprised if anything of value will come from this guy. expect confusion and spanners in the gearbox, and insults on our abilities and our ignorance. he reads from a script and what appears to be deep in thought, is him trying to read the script. he is a paid actor, in my opinion.
Not All cases of energy generation should be in motion, Airiels are motionless generators, some types of Free Energy generators use Resonating transformer to generate excess power. Nicola Tesla Resonated earth magnetic field to produce massive amounts of power. @Gerard Morin
Yes , the secret is in the free flowing electrons that spin into a magnetic vortex that is self driven by the already moving electrons in the first place. No man know this yet.
@@Meta369 i know nature is simple and generating energy might be as easy as taking a fruit from a tree but we're over thinking and complicating things Have you been able to come up with something motionless?
Arduino is not good for real time operations it's probably Texas Instruments LaunchXL development and test board. It's excellent for that kind of job and that kind of frequency etc. Other thing is that if there are "3 motors" in one there it would be interesting to use wingdings of one as a motor and other two as generator and external generator part would be obsolete ;)
I am Paul I fallow most all yours video I bee a while I will like to get contact with you if’s you don’t mind ow u make out with your project please Tex me back god bless you
I may be able to help you with building the controller i am not interested in the money , contact me and if cant help well you haven't wasted your time . The on and off modulator into a fast pules DC single can be done
![Seungmin "그렇게, 천천히, 우리(As we are)" | [Stray Kids : SKZ-PLAYER]](http://i.ytimg.com/vi/kAzmhLHePqU/mqdefault.jpg)
Gerald, your work is amazing. I am following you up from West Africa. Do not be discouraged by critics who don’t want the truth to be known and mankind liberated. I have just acquired a motor and is with the turners/larthe mechanists currently. I intend to start working with a controller in the coming weeks.
Keep the good work up.
You have not really wasted your 3 years on the project. I am on your side. May God bless you real good.
Hire a good software programmer to make optimal use of your controller, the programming is getting insane. And also hire a good electrical engineer to design around the program, as new parts and techniques are being implemented every year.
I have a design for a good freewheeling electric transmission I think its old skool and people will like it regardless how efficient it may not be
, do you have a schematic or something off something old-school?
I would appreciate that very much.
Thanks in advance,
Greetings Sven
Wow man I think you haven’t a clue!
10:26 its stronger than your car motor at the cost of slower speed/higher torque. Gasoline engines flaw is that they have to be at high RPM for optimal torque, all EV motors have the advantage of high torque at low RPM the torque though tapers off when it is close to its highest rated RPM. Factor 1400 rpm and .95 hp into an equation and you will see its suitability in driving a vehicle -- Engineering 101
This dude drops the F bomb like a boss.
I have run these off a single phase to to 3 phase power inverter with no problems.?
Mr Gerard is focused and passionate and doesn’t have time for bullshit. He has something truly amazing going on there. Wish I had the money to help him. It’s a win win for the people.
He isn't around anymore
, do you know what happened?
Thanks in advance,
Greetings Sven
Dude says a 1ph motor is more powerful than car motor…it is at this point I realized it is HE who doesn’t know what he is talking about.
The way you expose it, it looks incredibly easy with logic gates and an arduino. Good job !!!
Do you know which linux software is best for generating high frequency pulses? I'm thinking of using RPI3 for that, and logic gates to multiply and cascade it. Sound card is limited to 96Khz.
wonder why my stator when put in the rotor the stator will sticks to one side of the magnets. yours looks like it can freely spin?
Gerald have you designed the cascade circuit for your controller yet?
i am from south india.....Thank u Gerard. ur invention is very great. Don"t stop create videos!! Pls!
And suddenly from the best designs of sensorless BLDC motor drivers pop up out of the blue.
I builded one of the simple three mosfets controller, and o what a beauty.
It runs very fast speed with torque incredible.
AND of course, it runs in overunity.
My motor is running with ZM-7205A Controller Bdldc.
Running 1200rpm and lot's off torque.
Wats your controller?
Thanks in advance,
Greetings Sven
You couldn’t, he said no mosfets LOL
THANKS Gerard your work is very much appreciated
I love your work fella, unervisity of life, been flowing you work, love to have a beer with you Cheers from Nz
Have you developed the cascade circuit to your new driver?
Talk to Fisher and Paykel NZ It is their motor design It runs on RF and their washing machines play music too check wiring circuits
Is it possible to operate this engine with electric bike controls? without making any changes to the engine?
3:24 that motor is 310 volts not 110
Sure looks like it doesn't it. Probably need to step. Voltage up from 96 volts to a hell of a lot higher
Is there a reason behind pointing out a time in the video of him miss speaking? look I can point out something with a time as well.
3:41 correctly says 310 volts.
3:20 DC, 31.0 Volts doesnt looke like 110 volts to me. If you fed it 110 volts and its rated at 31 volts, you will have to design a way to get rid of heat, aka in an oil bath such as an electric transmission. When it reaches a critical point it will smoke the enamel and result in shorted windings and blown controllers
gerald could you use an automobile (pontiac firefly) computorized distributor for the cascade that car had 3 cylinders
spark plugs could probably eliminate amps in the distribution of the current.. I will build one to try it
Mechanical Oscillation
High voltage resonance pressure through a Hertz slasher.
Using feedback from a magnetic coil sensor. Sensor pick up coil is a generator input from the passing magnets. Use this frequency signal to determine the rate of the slasher. Use amplification multiplication to increase voltage resonance pressure if signal is not lost but only amplified. Or create a magnet coil sensor generator which is able to move the slasher motor. Or mechanically connect the slasher to the washing machine motor. Then amplify Magnify pulse from the slasher into the hyperdrive.
where do you get all these parts, info would be good
Keep up the good work. Your almost got it.
Let me know when you finish . I would like to be a tester on my house or Rv.
hello gerard,how did you connect the 3 amplificators for each motor phase? i mean just one wire per phase on the motor,so whats happend with minus connection input side and the minus of the output side as well? i dont get the point,are you connecting those minus to a commun minus pole somewhere into the system? but if yes ,where? side low voltage of the arduino? or somewhere else? thanks to care ;)
Do you know about delta and star configuration? That will tell you where the negative from each amplifiers output will go.
U can try use the sequencer or controller of an 12 volt rgb led strip light that will control all 3 coils. Just an idea.
I am a son of a forty four year auto mechanic that's what you just said you have it please inginuity is the backbone of The USA
Hello Gerard. Carlos here from Ontario Canada. How about using a pulse width modulator such as the ones used in electric bikes? They send a square wave and the pulse frequency is controlled by a throttle so you can very the speed. They come in 24v, 36v, 48v and so on. The one on my ebike is 96v
good stuff
What is the part number for the 3v to 90v power supply? I have most of the equipment power and manage the frequency. I'm looking for two motors to work on. I plan to use LM555 timer chip to control the timing of the power to the wind's. Please help Thank you
Gerard, you are doing something great. Don't get fucked up I will follow you to the end. You are Great, Gerard. There is light at the end. Thanks.
It's likely that these motors use phase conjugation (off signal reverses out and repels magnet just after attracting magnet in.) Just like pole transformer coils and the hot wire in the home. The on off signal only phase conjugate reverses (AC) after charging the coil and steel or iron core. During the off resistance and reluctance to change causes the phase conjugation charge flow reversal AC magnetic repulsion. Which could charge an infinite set of batteries. (John Bedini)
So the controller only needs to know when to discharge according to location of the magnets in the drum. Sensors on the stator identify magnet locations probably by moving the drum left and right as can be seen before clothes washing machine begins. The sound of music from some controllers is likely doing the same action. Moving the magnet location into position required for starting. Which assures direction according to directional charge flow. (Program) as the program uses directional charge flow to move the drum left and right.
For thirty six coils there are thirty six magnets plus two more magnets (2*3=6) for each leg. (36+6=42) Three sets of legs. Each leg moves either left (1) or right (2.) So every pole coil sits with one magnet each for attraction repulsion.
6*6=36 so there is one magnet extra for every six magnets. So every six magnets on the wheel rotor is one magnet out of place or not directly in line with core poles. Which could also be used as an average offset for all of the magnets compared to all of the poles. Three legs having three magnets above them to attract left or to attract right. For two sets of legs (6 coil cores) there is only one extra magnet offsetting on average for all six magnets. It might be that this is what the sensor is reacting to. However it is most likely the sensor is only there for timing purposes.
Probably the extra six magnets assures identification by the sensor where or how to place the other magnets into proper position. Or it automatically causes wheel direction to follow directional charge flow. Which is more likely.
The sensor can hear each passing magnet like a microphone can record or listen or can feedback sound output. Sensor input from magnetic output can be used as a switch to trigger discharge into the coils. Therefore the sensor is used to identify frequency rate Hertz. Voltage regulation controls rate. According to mass inertia weight. (Changes the variable.) But Hertz frequency is probably setting voltage levels. Voltage increases or decreases to get the desired Hertz? The jiggle (music) program is computer controller action putting the magnets in the proper position to assure directional charge flow is matching the direction the drum is spinning?
Jiggle music program controls spin direction but also places the magnets into la ocation assuring that the motor starts up a rotation. Likely this places magnets where directional charge flow will have success creating start up in the proper direction. After that the sensor matches up frequency Hertz with the proper voltage output to match and either increase or decrease rate. Because these motors use magnetic breaking, the sensor Hertz frequency program is able to lower voltage to slow down the drum? Or is it using the off portion of the phase conjugation charge reversal? Or is it reversing charge voltage (directional charge flow, DCF?) Turning off the machine does not mimick the rate of stopping the machine uses when on. Showing it used a form of braking. Would resistance and reluctance alone do this braking? If so that is all that is being done by the machine. So it controls on discharge timing and voltage level according to Hertz sensor. Which feedback input charges a capacitor which is used as a switch to turn on or close a circuit. Input frequency and voltage adjustment.
Hertz frequency (voltage discharge level determination) is not required for simple motor use? Only a change in voltage level would be enough to change rate of spin? Cascade is not necessary? When in proper position all three phases attract in a magnet. Set up to a resistance reluctance discharge will repell magnets from all coils at the same time?
If so this means on off all phase or legs should work when positioned by the music jiggle signal. Off needs to discharge backwards due to resistance reluctance. Which also will cause braking according to reverse voltage DCF. So a sensor is required as feedback to match DCF voltage level discharge and Hertz frequency with the positions of the magnets regardless.
forget the 3 cylinder....use the driver from a hoverboard..those 2 wheels toys...hoverboard...it has the same motor..a lot of torque..
Isn't the Voltage Sequencing done by a Hall Effect Array, which forms part of the original Washing Machine Motor Drive Circuit?
The motor has only two hall sensors while three are used for sensor drives. It can also be used sensor less but the startup it harder. Yes I have one.
Wow... take apart a 1000 watt electric bike motor it’s the same thing. It has hall sensors to let the bike controller turn on and off the phase coils they cost 50.00 if you want higher voltage just rewind the coils with small mag wire with more turns. I agree these motors are fantastic. With 48 volts on a bicycle I can pull 45 mph at 1500 watts. You can configure the windings for either high speed or high torque or something in the middle
why not try to squirt high frequency and volts into the bike motor instead and not change anything at all to see what happens?
did you have to rewire the stator for your generator like other people have done ive seen?
hello
those amplifiers are called DC DC boost converter .
the motor is a bldc LG washing machine motor
300vdc 1000w 1500rpm
24 poles stator and 12 poles rotor magnets .
you can easily order from china an adjustable bldc motor driver
got everything you can adjust
from freq voltage speed and torque . from 10 rpm to 5k rpm .
when you couple this motor to another bldc motor at higher speed you can generate more voltage
as I noticed u used 2 lines with a capacitor it works as a power factor corrector all u need is to put a bridge rectifier a DC pfc circuit and then a dc to ac inverter to power up your equipment .
but to be aware for heat generated by the generator cause the magnets to heat up and loses it strangth so lower valtage will be produced with time .and the life span for the bearings .
That electric motor is a great design. That is why it has been in use on washing machines for 2-3 decades. Yours is not more powerful than a car engine.. (although it could be if much larger). That will be what powers all cars one day. Direct-drive, no transmissions, all wheel drive, and (partial) power recovery with 'braking'. Batteries and capacitors are catching up... Motor/ generator will probably be an array of nano-thermocouple junctions (think millions) and a simple heater box. The efficiency will be 98%+ with almost zero emissions.
And there is no 100% efficient energy conversion.
As for experimenting with those washing machine motors; look at others controllers... many new designs all the time. Don't be all against a simple 3 phase inverter to start with, they can work too.
P.S. I design experimental power generation with thermocouple junctions. I "print" them directly on ceramic layers; car motors with unmatched efficiency and no moving parts. I feel industry needs to go this direction. They ignore it in the area of transportation.
He's right about the point that something has to move, but forgets to mention that EM field could do that movement instead of material parts. EM field resonance for example. Although, to be precise, its not the field, but volume of ether particles enclosed by that field. I've stumbled upon one research, which mentions this possibility with some formulas and figures to test, if you dare =). Here's a link: drive.google.com/open?id=0ByyeIdK8FssyZjRJUWRGMy13M2M Last update dated at 2013, its a 700 pages multiyear work, wide scope (too wide I should mention, but important stuff is there).
How can I buy this motor with it shaft. I really need it
Or wood covers something to stop the spikes from crossing each other with electric Arch
Three outside a sparkplug you may use timer with a cause some with three plugs going in turn under cap the points spinspin hit one to the faster and fast instead of eight barrel you need a three speed
You need a 3 phase linear power driver and not a switching power driver. I might be wrong but it makes more sense.
2:27 so we could not use this motor as a generator?
You have to spin it faster than it can motor for it to be a generator.
In an older vid he says that the magnets are on the outside so that makes them more suited to being a motor because of all that massive leverage… so use that leverage to turn a generator that has it's windings on the outside and it's magnets on the inside. It's leverage is much less.. which makes very good sense to me. Which is why drum motors are perhaps not the best option to utilise for wind/water turbines
Sounds like you need a BrushLess DC Motor Driver. Turns out there are thousands of them for sale at any given time. Why not just purchase one that's already been developed and tested?
Are you still working on this research and have you come up with a proper controller for it?
An update would be nice,
Also, I wish you had put links to the components you used so we knew where to find exactly what you were using.
you can buy the stator/drums and all the cables on Amazon. The motor is something you can buy anywhere. The controller is bit tricky, I think that's the hard one!
you have to use the 3 magnetic senzors , included in the stator from the factory
And do what with them ?
@@Meta369 helps you to accurately synchronize in the drive, the 3 phases with which the motor coil is
Your work is so cool to see 👌👍😃👌
3:50 1,400 RPM is the fastest rated before its spinning so fast it skips poles
We miss you brother...
Holy shit! Smokey Yunick is alive!!
ICQUANZX DC 5V-36V 15A 3-Phase Brushless Motor Speed Controller Motor Control Board CW CCW Reversible Switch Motor Driver Control Regulator Module is the controller you need to run that motor you could connect the 3 outputs to the input of the amplifiers and the motor runs.
I mean what type is it or the great explanation you gave apply on any motor type. synchronous or asynchronous
You need what spins the chain on a bike so you casade would be each one of the points of the wheel now hook the DC electric to flat copper unit hits one as it spins from what your saying this should work
I am not a builder please make this unit for me my cousin owns a farm I would like to show him he can even go off the grid
I am a design expert not a builder
Three oh true may be a little off think a little more here tow of them now one of them hit at this point the next hits at the next and adding a third which hits at these points now spin one you spin others
On the boards spinning aswell one hits the other spins then two hits then the third spins and it comes up to hit the power every so many spokes for three on three the outside wheel boards must be set correct
Like that
why dont you use the bedini ssg circuit as a speed controller
Iv seen a car alternator with magnets in the middle the man used it as a generator with out the bridge rectifier in it and 3 field wires remain that's were he hooks those 3 wires up to a 4 pin plug board . the plug from single phase motor god to the power board that has a off on switch built in . now the motor and alternator both have pullys and connect by belt . spinning to start with the cordless drill cool stuff 😃
Gerard Morin how do I get a controller or get to your website to order it or send money for it please thank you
I would like to email you but I don't see how to do that ???
I tried to understand you but from what i gather you need to be able to input voltage on the different legs at different times so why cant you use a mechanical controller with contacts? Even yet after you have the rotation why cannot you adopt a type of gearing or transmission to the spinning motor to achieve a greater rpm?
Mechanical contacts operate to slowly. You need to use solid state switches (MOSFET) which work on a molecular level and can switch thousands (if not millions) of times faster and have repeatable responses.
i would want to modify the drum motor to use n52 nid magnets
Why not get the controller from the washing machine where the motor came from?
that controller is limited...the number of poles limits his speed, he doesn't understand that part
@@touchthesun2448 you probably didn't hear what he said, depending on different winding connection he made it Open Y Connection pulsing 3 poles in Cascade repetitively.
Appreciate the work keep it going!
why don't you use a distributor with 65000 volt coil. drive the distributor with your drill, the faster you spin the distributor the fast the motor should spin. distributors also have mechanical advance and vacuum advance so you can tune it to your needs
Interesting
3:38 "I didn't stamp the fucking thing there"......I love it man! what an accent; I am from Pakistan and wish to speak like that....Cool Gerard...you are on the right track baby!
free energy is possible.. if and only if we believe
Thank you, I don't think u wasted 3 years Im trying to make this so I can move to my off grid land and build a cob house . I am having a hard time getting the front off the washing machine motor off in order to get to the inside .But Im determined thank you
Thanks so much for your work you are doing great job for to many blessings
i love this is this in any washing machine what brand
washing machine is that where its from?
Is sir GERARD MORIN still making videos? I want to thanks him.. GODBLESS...
because there are 3 cylinder engines and they use 3 spark plugs i e 3 cycles
IT RUNS FLUXED PWM COMBINE WITH TWO MORE MOTOR BRUSHLES AND FLUXED FREQUENCIES HZ GENERATORS...
why dont you try modyfying a crankshaft pickup and magets
I apologise for posting this here because comments on tesla secret is finally understood video are disabled. What is the motor which made the noise
I just pulled one of these motors out of a washing machine I got fir free. I want to build a generator like you did.
use a cascade generator, low voltage to drive mosfets to fire the coils
Your saying you have the sparkplugs
G, you still alive ?
just a thought old school distrubter and maybe your spark gap!
Something like a car distributor so will fire 369 in sequence.
Ray
Some spokes with rubber tips
Awesome rant. You earned a subscriber! :)
I am so sorry but you are not reading the voltage & current WRONG the motor is rated @ 30.0 VDC @5.0 amps max ,I have the exact same motor and the controller I plan to use is from Amazon or Ebay as Banggood has run out and is waiting for more from the maker. There is a video by Mr Electron and he gives a complete demonstration
Care to share the link of Mr electron demonstration? Will be nice to see
Gerard , you are wrong about one thing. There are power plants without prime movers. FP&L just built one near here. They are called solar farms. Power generation without moving parts can be also done on a home level.
Antena or blue tooth it
this guy is obviously clueless, anyone who knows anything about npn trans. will know its not hard to make that motor work .This guy thinks he's gods gift to electricity but is talking nonsense. I'd like to see Gerard succeed but he needs to stop thinking he knows everything. I know free energy is real and its not that hard to prove it to yourself.
You need a three spin distributor plus points
Good job. Keep going on
Your dream has become reality
I Appreciate your analysis keep it up
you man are the best congratulations and thanks for sharing videos cause in school they dont want we learn nothing thats why china is the best on tecnology every you need they have it
You said a cascade you meant a distributor you need a nine sixty distributor plus a three speed distributor and points which spin causeing one two three
personally i think gerard is a misinformation agent. i will be very surprised if anything of value will come from this guy. expect confusion and spanners in the gearbox, and insults on our abilities and our ignorance. he reads from a script and what appears to be deep in thought, is him trying to read the script. he is a paid actor, in my opinion.
Love your videos
IM totally agree and i would love to join in team
Not All cases of energy generation should be in motion, Airiels are motionless generators, some types of Free Energy generators use Resonating transformer to generate excess power. Nicola Tesla Resonated earth magnetic field to produce massive amounts of power. @Gerard Morin
Yes , the secret is in the free flowing electrons that spin into a magnetic vortex that is self driven by the already moving electrons in the first place. No man know this yet.
@@Meta369 i know nature is simple and generating energy might be as easy as taking a fruit from a tree but we're over thinking and complicating things
Have you been able to come up with something motionless?
So, thats where the Arduino Board comes in .. (Patrick Kelly)
Arduino is not good for real time operations it's probably Texas Instruments LaunchXL development and test board. It's excellent for that kind of job and that kind of frequency etc. Other thing is that if there are "3 motors" in one there it would be interesting to use wingdings of one as a motor and other two as generator and external generator part would be obsolete ;)
@@DinAlter ye its not that fast frequency i can program in that, as i like.. Only Mhz instead of Ghz..
Spark plug one sparkplug two spark plug three three speed distributor cap and points
Best video ever!!!! 😁👍👊
Around the Earth done
you can't do that with that motor....you have to shift sequence
I am Paul I fallow most all yours video I bee a while I will like to get contact with you if’s you don’t mind ow u make out with your project please Tex me back god bless you
hey its 324
-1523 also consitter porsillin bearrings sorry the type o's
I may be able to help you with building the controller i am not interested in the money , contact me and if cant help well you haven't wasted your time . The on and off modulator into a fast pules DC single can be done
larry l. liegerot did you try VGEYB Motor dc brushless Controller ? 48V. I'll STFU
hang in keep trying you will sucsseed