@GertBreynolds
Engineer checking in. Now this is obviously fake, but I've done the math below to show that I'm not just a hater. To power just the light bulbs and the pump he shows (570w total), not including the house fan, and being very generous with the calcs, AND ignoring losses with the old rusty generator, this would require over 23m/s wind speeds which are considered "strong gale force winds causing slight structural damage, and slate blows off roofs" by the Beauford wind scale. Doesn't look that windy to me...also to get 8000w, as in the title of the video, you would need hurricane level winds. The amount of energy in wind for a turbine is: E = (0.5)*(density of air)*(Wind swept area)*(efficiency of turbine)*(wind speed)³ Using this equation, we can solve for the required wind speed needed to power the devices he has plugged it. We see that there is a 370w pump and 5x40w lighbulbs. There is also a fan being powered, but we don't see the power it needs, so lets just ignore it and pretend it is being powered by sunshine and dreams. I am using an air density of 1.2 kg/m³ which is fair considering how warm it appears to be, and a wind swept area of 0.5m² which is being generous. The type of turbine he uses is a sort of Savonius vertical axis wind turbine, the best of which are designed by aerospace engineers and are 10 to 17% efficient, so lets be generous again and assume 15% efficiency. Plugging this all into the equation, we get a required 23.3 m/s wind speed required. This is considered strong gale force winds "Slight structural damage occurs, slate blows off roofs" from the Beauford wind scale, which is obviously not the conditions he is in.
@vadimkachala1019
Опять магия электричества и магнетизма для тех, кто не дружен с физикой. Особенно "намагничивание" ротора двигателя порадовало!
@zephaniarutlokwana2891
Eskom needs people like you . Teach the skills to others especially those who cannot afford paid electricity.
@artificialintelligence2368
WoW Amazing, 220v electricity is held by hand but not electrocuted
@mardyart
Nice sunny day. Not a tree bending. No wind blowing over the mic. But I'll be gosh darned if that windmill ain't a blowin'
@75ohmHAM
I'm so very impressed how you were able to match grid frequency (bulb/shutter flicker) almost exactly with this.. And I love how the massive load had no effect on the rotation or output, almost unbelievable :)
@ss_1937
While he was installing it , there are 2 wires but after he came back with the bulb sample only 1 wire was visible . If it was real 220v output you can t hold the wire like that
@JesusTorres-qr1gz
The metal in the stator is made of soft iron which won't hold the induced magnetism for too long, you would have to recharge the magnetism often in order to keep it running for a long period of time. From paradise Puerto Rico, Jesús Torres.
@valsteve2000
i worked before in an oilfield, the way i looked at it this is a 3 hp motor he is using as a generator which is equivalent to 2238 watts apptoximate rpm in between 1250 to 1500, if you reverse the function from motor to generator you need to achieve the same speed to generate 220 volts and you could clearly see the vanes cant achieve it because its very slow. Most of the smale scale wind turbines operates at slow rpm and dc voltage. AC GENERATOR NEEDS A ROTATING DIODE ON THE REAR END SIDE OF THE GENERATOR TO CONSTANTLY PROVIDE MAGNETIC FLUX TO THE ROTOR COIL THE VOLTAGE IS SUPPLIED THROUGH TWO SLIP RINGS FROM THE MCC PANEL OF THE GENERATOR, without it the engine will just continue rotating not giving emf subsequently current to the stator that coud generate power. WHAT WE DO IS WE USE 12 volts battery to bring back magnetism to the rotor if the generator fails to generate electricity. THERE ARE TO METhODS OF DOING IT ONE IS STATIC WHEN THE MACHINE IS NOT RUNNING AND DYNAMIC GENERATOR RUNNING. The DIODES PREVENTS THE MAGNETISM FROM VANISHING, if ever it goes its because of shorts of adjacent terminals, coils or diodes, moisture or some conductive substance that found its way inside. WHAT HE IS SHOWING HERE IS a FARCE.
@edisonbaua4333
It's as if Strange rotation doesn't have a strong wind 😂😂😂
@buptyo3714
Я смотрю он и без ветра работает)) ветер когда не дует все равно все вращается и вырабатывает напряжение стабильно. Это прям вечный двигатель)))
@Patata0ke
There's no wind blowing. You can see on the trees it barely moving yet the turbine turns fast 😂
@williamvaughan1218
No way just bearly spinning that by hand put out that much current and nowhere close to the needed magnetism for 5000 watts. Sorry no confidence.
@UndregoGrey
I can't believe how many people think this is real. 🤣🤣🤣😅😅😂😂🤣🤣
@ocelotcompany91
А второй провод всунут в розетку, умно!)))
@DarkGloonesCaptainPony
Amazing Jod mate, I would connect it to a full wave rectifier to have a stable voltage and I would connect it to all the bulbs in the house, if a blackout occurs, I will still have how to light my home.
@runesolberg9097
Nice. I took apart a sausage roller(the ones that you find in the gassstations) and that little motor produced well over 1k volt when I twisted it around with some pliers, infact it went out of the measuring area of the meter. And I remember I was amazed that it could produce this amount of voltaged, so i thought I would show this to my friend, and he ofc held the measuring pins with his thumbs to the wire.... and I was like "what a dumbass....his gonna feel this!=D" and boy did he! He jumped like there was a harpoon hitting his buttocks, screaming and swearing lol. Prob could have killed him =S
@2bactv324
ما شاء الله عليك تحية احترام و تقدير من المملكة المغربية 🌸🌸🌸🇲🇦🇲🇦🇲🇦🇲🇦🌼🌼🌼
@mohanmovibrothers3539
wow you handled 220v in bare hand you are superman
@kinghomemade