InductionHEATING water using rotating magnets! 2/3

Find Your Spark at www.TechGoZone.com - Where Every Project Starts!
Welcome to our latest experiment where we dive into the fascinating world of magnetic fields and their heating capabilities! 🧲💧 In this eye-opening video, I'll be testing the potential of rotating neodymium magnets to heat water. Will the laws of physics present us with a new way to heat our homes, or is this just science fiction? Watch to uncover the results.
What you'll discover in this video:
✓ The setup of a unique water heating system using magnets
✓ Step-by-step explanation of the experiment
✓ Real-time results and observations
Whether you're a science enthusiast, a DIY guru, or just curious about the power of magnets, this video is sure to spark your interest! 🔥🔬
👍 Don't forget to hit that like button if you enjoy our innovative approach to exploring energy alternatives and consider subscribing for more science experiments, DIY projects, and energy solution explorations.
Thank you for watching and being a part of our community of innovators and thinkers pushing the boundaries of what's possible!
#MagneticHeating #ScienceExperiment #Innovation #DIYScience #AlternativeEnergy #MagnetExperiment #PhysicsInAction #EcoFriendlySolutions #TechExperiment #Subscribe
Remember, every like, share, and comment helps us bring more exciting experiments to life!
#heating #induction #inductionheating
#dcmotor #motor #construction #diy #temperature #creativeideas #creativethings #warming #costreduction #tipsforlife #ideasforlife #magnetic #magneticheating

[@df666]

Ottimo test, grazie per la condivisione.

[@albertgevorgyan5676]

Perfecto Another ingenious way, do not freeze in winter 👍

[@thilovonstillfried6278]

Damit frierst du im Winter auf jeden Fall. Energievernichtung ohne Mehrwert.

[@andreilaslau4113]

Salutare urmăres cu mare interes postările ta e super tare felicitări , faci si de vănzare ,

[@ioneltomulescu9867]

good that one...

[@125er-]

Cool 👍

[@victoryfirst2878]

I can tell you Peter that using CHINAMAN JUNK will let you down. Cannot tell you the number of times I got the BONE from JUNK FROM CHINA. Many times the extra cost of quality components will put a smile on your face. THANK YOU for showing us all that honesty on videos give the audience a true representation of how things really are in the experimenters quiver. Job well done Peter. Keep on making great videos for us all to learn.

[@MHLivestreams]

I've had some electronics for 7.50 that would cost 400 if genuine. Might burn out a bit quicker, but seriously, I'm impressed with most china stuff.

[@victoryfirst2878]

I am glad you were happy with your purchases fella. @@MHLivestreams

[@wpastander]

How did you work out what capacity sized power source to use? Obviously you need big and strong enough supply for continuous useage.

[@jani9920]

You can achieve a maximum efficiency of 90%, which means that 250W *0.9=225W. Anyway, it is much better than the resistance water heater, where you can only reach 38-39%.

[@user-cn5vx5de5k]

Тема классная 👍 Установи терморегулятор на минимальную и максимальную температуру,включать и отключать моторчик.

[@TheLyndonDr]

What is the heat rise if you run just the pump for 12 minutes?

[@mikewalton7615]

Have you tried using an induction heater. You generate heat in two ways 1. Runing water through the copper coils to keep the coils cool. 2. Heating water in a steel pot on a pancake coil.

[@Nadavalkin]

Магниты при нагреве свыше 80 градусов приходят внегодность. Сколько по времени будет работать данное устройство?

[@nano5919]

Tylko na pokaz filmu potem Śmietnik 🤣

[@RadenWerkudoroChannel]

from Indonesia present, I'm from the art channel

[@superspecialty5169]

It’s amazing how how Mother Nature can can perform without manufacturing anything!

[@user-cn5vx5de5k]

И расширительный бачок , чтобы не взорвалась вся система.

[@belkibirguneresin6238]

👍

[@miken7629]

Besides induction heating you are producing high current low voltage electricity in the coil, consider trying to capture that energy, rectifying it into DC and use boost circuit to pump up voltage to something useful, like charging a battery.

[@dejmardejmarowski869]

What is the energy balance?

[@pneumatic-generator2023]

The energy balance is minus.. have three steps we loses energy.. at the first convert 230 v to 12 v. After conver 12 volt at mechanical energy.. and after convert the mechanical in hitting with Jul fenomen ... Short circuit coil .

[@legofreak88884444]

​@@pneumatic-generator2023 24v not 12v

[@liveuk]

Running magnets in a coil produces electric der hu use that this has so many losses it's silly. The noise it self can be used to produce heat more efficiently even.

[@lorifilm]

Hi Peter! I thought that in order to generate(electricity/heat) with any conductor in a magnetic field, the two has to intercept/move across each other. In your case the magnet runs in the same direction. Probably the efficiency may dramatically increase if: 1. the magnet would move up and down in this coil/spiral (mechanically more complicated) 2. or the coil rewound in a zig-zag pattern up and down...

[@MrDarknrguk]

I know what you mean but the heating is generated by eddy currents within the copper pipe ... It's worth a shot tho! ... How much power was the PSU consuming?

[@lorifilm]

@@MrDarknrguk Don't know, but I bet more watts was consumed than what came out. Understandably and probably Peter was using the power supply to prove a concept, which represented let say a VAWT.

[@MrDarknrguk]

@@lorifilm oh I have no doubt, I'm also wondering about hooking it up to a wind turbine or water wheel or some other type of mechanical energy source, could be quite viable in that regard.

[@victoryfirst2878]

How about making the induction coil with different wound type of copper wire. Just an idea.

[@kreynolds1123]

All you need is a changing magnetic field to induce a current in a conductor. Yes, the induced current is at a right angle to both the magnetic field and the direction of motion. For a moment, imagine the copper pipe as a sheet of copper and you move a series of alternating magnets along its face. You'll get eddy currents about the size of each magnet whose current is first in one direct, then in the other direction as the next magnetic pass by over a spot. Now instead of a sheet you have a copper pipes instead. A copper pipe still has a great many paths induced currents may take. You will still induce eddy currents along but they will be shorter along the faces of each pipe. I personally would prefer simply wrapping an insulated iron pipe with a copper coil to make magnetic Induction heater. Much cheaper, no noise, nothing bearings to Ware out.

[@abdullaharslan3655]

It is better to use an electric stove instead

[@YaseenExperience]

❤❤❤❤❤❤❤❤❤👍👍👍👍👍👍👍👍

[@ingerulnegru6528]

2/3 but there are not a few magnets, I saw that he used uni in the video 10/12 magnets placed on different poles

[@user-ow2kl9oz6e]

They got water smasher to heat water, magnet probably best with oil ?

[@user-rz5rg1zx9o]

Foarte gălăgios și consumă mult curent

[@ingerulnegru6528]

Tu ai observat sursa aia de acolo ca scria 24-230volti

[@princedemiterios2488]

Nice but i assume this is wrong position , for best results the coil should be perpendicular to the magnets not parallel as it is now .Means these coils should goes up and down along around the magnet and not turning them spiral around the magnet .

[@CosmicToy]

hm. how much in WATT uses pump and spin motor in 12 minutes?

[@1jjadds]

well we need an energy source to give us heat effiency in winter time an induction looks clean instead of burning lots of gas . good video just get an extra power supply .

[@nano5919]

Potrzebujemy wyrzucić w Kosmos Partie zielonych i im podobne to rozwiąże problem energetycznych ❗🤔

[@alessandromagatti4863]

why dont u mount pump directly on primary motor?

[@MHLivestreams]

Might not even need one at all.

[@dejavujanus]

Did You calculated COP?

[@marcerbo]

Nel rotore i magneti quanti sono che grandezza e quanti watt hai consumato in 12 minuti grazie

[@paradiselost9946]

Need way more magnets, and higher speeds. Gotta get the frequency up. Wont ever get much over 20khz regardless. An order of magnitude too low... Also a double walled copper tube works far better for decent eddy current paths.

[@topnotchcontent]

I'm glad you mentioned that. I was thinking of 50 Earth magnets opposite S/N on a disc at the speed of a fan on high, against an intercooler.

[@paradiselost9946]

@@topnotchcontent average fan or ac motor, 2400/3000 rpm depending on frequency of supply. say theyre synchronous for 3000/3600. giving 50-60 revs/sec. with 50 alternations... still only 250 hz. or 300. a universal AC motor, aka drill, vacuum, angle-grinder, dremel... 20,000rpm+. 18K would give you approx 1.5khz. 30k gets you to 3khz... still way too low. then you use 100 w to power the motor, get 50W of mechanical work, and that can only provide about 25W of heating... a resistor straight across the power supply will provide 100W of heating... a lightbulb will give 98W of heating. the only way you could get this to work is with a turbine at 100k rpm or so. at which point, why not use the heat driving the turbine directly? you get all of the heat then. sorry to burst your bubble. this is a waste of time...

[@topnotchcontent]

@Paradise Lost awesome! What size resistor would be good for 8awg solid copper or coat hanger sized coil on a 12V 650cca Car battery?

[@user-vg1uh8zi1z]

Замерять температуру за время нагрева важно, но важнее замерить потребление энергии при нагреве, сколько выходит за час кВт. Стоит ли подобное делать вместо установки ТЭНа

[@wesKEVQJ]

Kinda like making a generator and shorting the leads together, with a tube coil instead of a wire one.

[@thumperhunts6250]

doesnt seem to be as instant as cavitation, why are people going from cavitation to this?

[@ronigomes3729]

👏👏👏🇧🇷

[@paulleftwick7782]

thinner copper pipes?higher temp?

[@paradiselost9946]

THICKER pipes. in fact, should be made from two copper large diameter, thick wall tubes sleeved inside one another. the more conductor cut by magnetic lines of force per second, the more EMF produced. the more EMF produced, the higher the induced currents and i2r heating...

[@damirdze]

I thought something about the eddy currents. May sound stupid but it stopped just like that. I know it is not easy to make the videos , I am not good in that too. Still it could be with some conclusions .

[@gothboschincarnate3931]

75 degrees F isnt very good....would more magnets increase the temp?

[@engineer_peter]

You're right, increasing the number of magnets on the shaft could indeed help by causing more frequent changes in the magnetic field at the same revolutions. For instance, I currently have 6 magnets arranged S N S N S N per rotation, and if you double the number of magnets, then for each rotation you would have S N S N S N S N S N S N. From my experience, the speed of the rotations is also crucial-the higher, the better. However, my setup isn’t stable enough to incorporate a high-speed motor. Therefore, the most important factor is the number of changes in the magnetic field per rotation, whether achieved through more magnets on the shaft or higher shaft speeds with magnets

[@engineer_peter]

kzbin.info1zdmEZMnz_0

[@dinosaur0073]

😂😂😂😂😂..you are not alone. I have also blow one of invertor. Make it by yourself with the size you need. Thanks

[@JF32304]

You really need to ditch the DC motor and get a 1/3 HP AC motor in this. It will take at least an hour to heat a small room and I'm not sure how efficient that radiator is. Would probably be more efficient if you had simple copper coils with aluminum fins for the heat exchanger. Just a thought.

[@nickwinn7812]

How do you define efficiency in a radiator? A radiator will transfer all of the heat within it to the surrounding space until the temperature differential is zero. There are no (0) thermal losses in a radiator. The efficiency of the system as a whole however is a different kettle of fish.

[@JF32304]

@@nickwinn7812 this radiator and an automotive aluminum radiator are not the same. Fundamental the same, yes. The ability to extract heat is greater from the aluminum one.

[@nickwinn7812]

Automotive radiators are not radiators but cross flow heat exchangers. Yes you can transfer much more heat that way, though not more efficiently. You will need a high flow rate of both water and air (both needing quite a lot of power). You will need to maintain the temperature differential, so you will be heating a much larger space. There will be a lot of noise from the fan and the water flow. Not ideal in the domestic setting. This is a different system to the finned copper pipe you initially suggested, which would give a marginally higher heat transfer per unit area than the finned steel radiator in the video but no gain in thermal efficiency of the overall system. There are some great tutorials on KZbin on Thermodynamics if you want to understand this subject better.@@JF32304

[@peternorman2563]

Not an idea I would have thought has any legs !

[@Artur-Free-Energy-User]

You need to use plastic houses to separate electricity if no you made home power electricity generator charging engine and no give hot power

[@mioko-san4335]

Через 12минут температура поднялась на 6 градусов, а потом сдох источник питания, круто😂

[@fredmuller4160]

Die Induktionsverlusste sind zu groß,ein Heitzstab wäre besser und einfacher.Aber die Idee ist nicht schlecht.👍

[@romsaymwiti9387]

why use all those electronic why don't you build a cavitation water pump for heating

[@gregorybyrne2453]

Great way to tap into the Earth's double torus Oort cloud magnetosphere using sympathetic magnets to induce electromagnetism into water using the previous electromagnetic - + isolate copper pipe Moon, earth, sun are trapped between the double torus of earth, sun, galaxies magnetospheres causing climate trends obliquity and climate cataclysms Precession of the Equinoxes.

[@vladislavmajdan2807]

Jeden radiátor, to by koĺko spotrebovalo, z KW (220na 24) za 24 hod.

[@diesirae4548]

The ends of the copper spiral should be electrically shorted!

[@marciwedroch4627]

One wot is electric cost

[@SubramaniamLakshminarayanan]

That motor burned out since the load on it was greater than it can handle. A spinning magnet within a copper coil will offer resistance to the rotation that has to be overcome by the motor. Very obviously, a 250 watt motor is just not powerful enough to withstand the resistance of the spinning magnets. Along with those several measurements you took, one thing you missed out is taking the motor current readings. That would have given you a clear indication if the motor was overloaded. If you are very keen on using a 250 watt motor, you should then reduce the speed of the motor to such that the current drawn by the motor does not exceed its rated current. You missed out on this part in the entire experiment as I did not see a single clip of you measuring the motor current.

[@user-jy3ub3zf4r]

Толщина стенок трубки и должна быть изоляцыя на них, плюс сам радиатор какую-то тепловую мощность отдал.

[@kudlacikus]

Po co budować skomplikowane i drogie hałaśliwe urządzenia do grzania o sprawności znacznie niższej niż zwykła tania grzałka?

[@emil.honganmaki5461]

A normal 1000W oil heater consumes much less per hour. and is hotter. and simple

[@zorandimitrijevic9329]

Elektro motor kw?

[@mili9300]

kw 😂😂😂

[@pierrevandeputte2543]

That runs, yes,but it's experimentation, nothing else. For obtain that, you have to run a motor who make, mecanic, magnetic,thermic, and joule loses.. All that system make loses.. When you look at result ?? Lot of system we use every day result of choices among some who existed before,and had also loses. And we use the best of them.. Why do return in the past ?i think it,s because a lot of people don't knows that some persons had made that experiments a lot of years before ! It's the story of discovers..

[@user-hr4hz6qx4d]

Автор явно не учил физику в школе но зато был отличником на уроках труда

[@thewizardofthoughts4700]

Your circulation pump flow must be way too high, water does not have time to heat up properly and looses the small amount of calories accumulated into that radiator.

[@nln1515]

An italian company (Emmepiemme) produce "friction heating" with oil or the liquid you need to heat and claim it's 85% efficient, i wonder how much it is with magnets. Somes prototypes have been made with windmill as wind is free (for now) it's always 85% free heat. That guy made an interesting one but no longer active on YT since 7 years. www.youtube.com/@oilpiggy

[@victoryfirst2878]

I wish this guy would make more videos on the subject. Just maybe if enough people respond he will.

[@nln1515]

@@victoryfirst2878 good idea, i emailed him, maybe he will respond.

[@maxmensah5877]

Ok and you do think I can build all this myself at home don't you ?

[@andrzejpl9897]

Petr needs to go to school for same physic lessons 😂 ? The radiator my get wormer if seat on it ?

[@maksonhildete]

Not need the pump! hot watter clicler alone!

[@janrodzynek7116]

Unfortunately, this is another test that shows nothing.🙁 In order to draw any conclusions, it is necessary to measure the voltage and current of the motor supply, or to measure the power of the motor power supply.

[@dennydewaal137]

You do know that the pump ,☝️heats up and cools by the water flowing true it

[@staleringsj3088]

Dont use water pump.! you have tover , water vil sirkulate self.! Try. !!! You vil gett hier temeperatur . Water go to fast .!!! try.! Taken video and let know how it vent.! Tanks.! follow you. ......

[@staleringsj3088]

simpel is best.! I try this.!

[@ygenez6740]

И на счётчике зубило можно затачивать одновременно 🤣🤣🤣

[@nln1515]

Great job ! for power supply don't buy chinese crap, go for Meanwell brand, one of mine survived accidental pouring of a glass full of water, it auto shutted down, i let it dry and it's still working for years.

[@nln1515]

​@@dav1dsm1th ​ Of course, it's made in china like almost everything now but you can't compare Meanwell with cheap chinese crap products. I have a friend who make and sell customs led lightings for shops, restaurant, whatever you need, he started working with cheap chinese psu and drivers and stopped quickly to only buy meanwell (i told him). There's a lot good things made in china and also a lot of crap copys. you pay a bit more but it is worthy. Like the old man said "poors always buy two times, first a crap thing that doesn't last long and after he buys the good one and in that sense he lose money the first time" and i'm poor too but i don't buy crap. Sincerely i'm not working for meanwell, but only cheap chinese small led drivers i buyed, 2 exploded in summer in front of me and started to catch fire, if i wouldn't be there i could had house fire. Look what happened to your PSU and tell me i'm wrong ;). It exploded at half of its power ratings, i use somes meanwell PSU near 100% of its power and sometimes more, there are really great and worth the money.

[@dagon6469]

Efficiency ~4% haha

[@MHLivestreams]

Probably costs twice as much for half heat.

[@kreynolds1123]

Induction heating with rotating magnet? So why spend lots of money on expensive magnets and motors and power supply for the motor, when one can make a magnetic induction heater simply by wrapping copper wire around a steel pipe. The coil makes a magnetic field. The iron in the pipe is magnetizable and contributes to the magnetic field of the coil, and introduces inductance that limits AC current in the circuit. The iron pipe also acts like a one turn shorted seconday on a transformer where changing current on the primary induces currents on the secondary through inductance. Compared to copper iron has a high resistance that quickly disipates induced eddy current as heat. Furthermore, Iran's magnetic domains resist flipping some their direction some and disipates some of the magneic field energy into heat, what we also call hystoresys loss. Thrte you go. magnetic induction heating without expensive motors, power converters, magnets, and rotors to put magnets on. And, there are no bearings to ware out, and neither does it make any noise. If you want to do this with a shorter length of iron pipe you simply need to increase the freqency with a more traditional and cheap induction heater circuit.

[@mili9300]

fajn věřím ti, udělej video

[@samueljpmichael6268]

Warum beschäftigen Sie sich damit? Schließen Sie eine Elektroheizung direkt an das Heizsystem an, das ist einfacher. Dabei werden sowohl Motorgeräusche als auch Strom verbraucht. Ansonsten ist kein Motorgeräusch zu hören.🤣🤣🤣

[@Dr.Curioso.1]

O projeto é ruim! Dá pra melhorar muito a performance de obtenção de calor! Muito desperdício de energia!

[@user-kd9sd7xu3p]

Когда экооомичние просто тэн в батарею врезать! Меньше потерь будет на кинитическую энергию 👎

[@altvamp]

Lol, that must be the most inefficient way to heat water ever invented and those magnets aren't going to rotate on their own without power and the water isn't going to flow without a pump.

[@user-oy2ko7jb1r]

Where did he make any claims about efficiency, and where did he state that there is no power being used.

[@altvamp]

@@user-oy2ko7jb1r He didn't Karen, keep voting democrats 🤣🤣😂

[@zululeppard]

Have you tried speaking

[@viqarahmed2174]

brother show properly with good song easy we v r not getting following

[@thilovonstillfried6278]

Eddy current technology is not your invention, it's been around for a long time.The energy balance of your system certainly looks very poor.

[@emiliaiacono8186]

Thank you for showing that it was not worth doing such a waste of time and money making this free energy invention or saving energy or not using gas in existing installations! It has been demonstrated that engineering exists and the calculations and installations in the houses are more efficient than any invention of yours that some Turk or Russian came up with!!!!

[@user-kt7bg8fm3z]

Funny comment 😅

[@altvamp]

It would be more efficient if it made use of flux capacitors.

[@zabique]

Such rude comment. This is hobby project of someone who loves tinkering. @emiliacono no go back and do some dishes cleaning.

[@altvamp]

@@zabique P off 😂🤣😂

[@MHLivestreams]

Sounds like a comment from someone so used to enjoying technology that they forgot that it was men like this who invented it by processes like this in the first place, just so you could disrespect him at your leisure, in utter comfort? The joys of unintended consequences, eh.

[@basileias2002]

!!~~~~

[@miletrifunovic8989]

Da si naložio neko drvo u bakarnu cev video bi šta je 60 stepeni celzijusa za 10 min to je isplativo a ovo tvoje glupost

[@djinadjiki1382]

🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣