InductionHEATING water using rotating magnets! 3/3

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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! 🔥🔬
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[@victoryfirst2878]

I like your logic changing to a different motor and using cog belt with pulleys. I know from experience when working with an experiment things do not always go to plan. My way with electric motors is to use induction repulsion electric motors. They run on single phase either 120 or 240 volts with torque curve equal to or slightly greater than a 3 phase 60 hertz electricity motor. This would of helped you with your project. This is my belief so as not to offend you or your work. I look forward to your direction with this heating project. Wish you luck Engineer_Peter.

[@nln1515]

Nice & thx for the update, have you been able to calculate the efficiency ?

[@corneliufarcasel4282]

Nice and professional work! But i think you can obtain more rapid and perhaps more efficient results using a simple oil heater for 110/220V with same current consumption and without any complication. No costs for expensive materials and works. Elementary phisics cannot be changed.

[@JF32304]

I like it! Nice work! Could you put a watt meter on the motor so we can see the current draw? This would have been very beneficial! This would be a perfect little heater for a shop that doesn't require any gas. Flip the switch from your cell and give it an hour to heat up and welcome to a heated shop, or just leave it running as it doesn't pull much power. 👍👍

[@MaxTheDaddy]

nice work and I think if you increase the magnet speed using steppers you'll see better results. more speed , better results

[@spinozadaude2388]

I would really like to know the engine rpm and the electrical consumption for one hour...

[@rcdieselrc]

Can you compare cost vs heat output of this rube goldberg device and a simple resistive heater.

[@CarTVvNEWcars]

Little help 1. Use prochrome instead of steel, it is less resistant 2. Use a prochrome disc, not a steel roller 3. magnets must be for high temperatures

[@paulocesardeoliveira2763]

Não basta apenas enrolar uma espiral em tubo de cobre em torno de um rotor magnético. Tem que saber qual a voltagem/corrente/frequência gerada na espiral que irá ter o melhor rendimento. Também vale ter em mente qual a melhor colocação do imã no rotor. continue persistindo e evoluirá! O mesmo digo sobre gerador elétrico auto sustentável. Amplie o potenciam em Watts do gerador para ter residual útil a demais cargas, além do motor que o mantenha girando permanente.

[@lodziamals5563]

What is the watts consumption of this setup?

[@pgiesbers68]

Nice work man! Maybe it is possible to make a magnetic gearbox so you can double or triple up the speed to minimum 6000rpm.

[@primorec17]

dude, holy shit, you look like me :D well done! i am in the process of building this!

[@majiwjag]

Hi, nice work! Could you kindly share what is the power of the motor and how much does it consume?

[@alikoz9054]

Merhaba bu yapılan sistem le bakır borularla mıknatıs yaklaşınca motora zorlama yani kasma oluyormu teşekürler ederim

[@paulleftwick7782]

does water heat faster with no bubbles?and loose heat with bubbles

[@nagoyakuroi6353]

How is the efficiency ?

[@MALAJHAMAVETT]

Y CUAL ES EL CONSUMO ELÉCTRICO DEL MOTOR???

[@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!!!!

[@subdynoman]

Thank you for showing us your ignorance and not contributing to anything useful all at the same time, maybe your negativity can generate something useful as it has definitely increased my temperature.

[@neilyakuza6595]

You have no clue.

[@vladislavmajdan2807]

A toto, sa finančne oplatí?

[@MrKanistr]

Yes, it works, BUT we need to understand how much electricity we spent!

[@AeYronu]

Увеличить количество оборотов магнитов.

[@xakepvolt8626]

Спичками быстрее нагрел бы 🤣

[@Jefameras]

А що ти робив ?

[@dietmarstrebert1956]

zu viel Energie aus der Dose um es aufzuheizen

[@flaviobr1576]

WOULD A RESISTANCE DO THE SAME SERVICE WITH LESS LOSSES?

[@robgad2271]

Thanks for the video. Now I can see why my dual rotary magnet design, magnets on both sides of the coil, didn't work any better. I can get this much heat out of two sticks rubbed together by my kid in an hour. Too much energy for not enough useful heat.

[@MrRebus74]

Hi Peter, I find your experiment interesting, but I have some doubts which I will now propose to you. 1)What type of magnets did you use for the rotor? Since I believe it may affect the final yield, an N42 neodymium magnet of the same size compared to an N52 neodymium magnet is significantly less performing 2) Distance between magnet (rotor) and copper spiral 3) what maximum temperature does the copper spiral reach, since the distance between rotor and spiral I assume could be a few millimetres, I believe that the temperature of the spiral could compromise the performance of neodymium magnets in the long term, since it is well known that they lose their magnetization starting from 80 degrees centigrade, so in this case, it depends on the maximum temperature that the copper coil can reach, it would be better to opt for neodymium magnets for high temperatures that resist up to 150 degrees centigrade 4) can the number of rpm of the engine be correlated to the maximum temperature you can reach? 5) This is a personal consideration, your experiment is based on a closed circuit of water passing through a single aluminum radiator and not an entire housing system, then considering the heat losses along the entire system. It should also be considered that to have a good temperature the water in the radiators should be between 60 and 80 degrees centigrade...And what if instead of applying this induction system to an underfloor heating system? Considering that this type of system generally works with water between 25 and 35 degrees centigrade? Do you think it's possible? obviously experimenting with it would be a little difficult and I understand that, but is it theoretically feasible?

[@erwinroest7402]

Like your experiments and curious to see the next developments!

[@georgiangelov6510]

Научно е супер. Но за отопление не е оправдано. Електродвигател за 1 час изгори колкото един нагревател 3 kw. Които да е згреял радиатора по бързо

[@paradiselost9946]

wheres the flux path, wheres the conductor relative to the flux, and how does the flux cut the conductor? more to the point, how do the eddy currents propagate and distribute themselves? this is a waste of time... "spend hours searching a haystack for a needle when a few moments of contemplation would give the solution..." use a SOLID CONDUCTOR. let the eddy currents flow as they want to. they are NOT flowing in the thin wall tubing freely, they are NOT flowing from end to end, they are attempting strange little loops around the diameter of the pipe... everythings fighting itself. if the motor isnt loading down, theres no eddy currents producing lenz reactions. if theres no eddy currents, theres no resistive heating. a solid conductor with pipes brazed to the back of it, or two heavy wall pipes sleeved with reducers inside one another would be far more effective, and by varying the gap between magnets and conductor, or the number of magnets, you can very easily load the motor down until it stalls. when its loaded to the rated RPM on its plate, its delivering its full power, and the amount of heat dissipated by the conductor will be that amount of power.

[@subdynoman]

This could be a good application for water sterilization as im sure it could boil small amounts of water. This could be practical for countries that need simple devices and can be human powered.

[@lotusmale123]

Sir, the change of the magnetic field leads to heat generation. the more change of the magnetic fields, the faster the copper heats up. please use a gear with the ratio motor 10 : magnetic axis 1. i hope the bearings of the magnetic axis can handle the high rpm.

[@andreaskagelmann4591]

Zur Beurteilung fehlen Informationen. Wieviel Watth benötigt die Umwälzpumpe, wieviel Wasser ist im System. Um einen Liter Wasser um ein Grad in der Temperatur zu erhöhen benötigt man 1,16 Wattstunden. Der Antriebsmotor hat 350Watth, die Umwälzpumpe?, mit 16Grad begonnen und nach einer Stunde ungefähr 44Grad. Also 28 Grad Differenz. Unterstellen wir 50Watt für die Umwälzpumpe und 350Watt für den Motor sind 400WH eingesetzt worden. Die 28 Grad erfordern 32,48WH pro Liter somit wären wir bei 12,32 Liter Wasser beim Äquivalent für eine konventionelle Heizung. Darum jetzt die Frage, wieviel Liter sind im System? Ansonsten ein interessanter Ansatz.

[@VukVlahovic]

You still lose time. Spent more energy than you make. Send me your e mail to send you how to make

[@Matheushsb]

Até porque é impossível gerar mais energia do que se gasta né?

[@tebmoccram4308]

economie d'energie mon cul...

[@rogerandlyndabeall3840]

Electric resistance of water is almost 100% efficient. Also cheap. The only way to heat water more efficiently than resistance heating is with a heat pump, this uses 5 to 7 times less energy than resistance heating.

[@pauldolton9118]

is this a good thing or a bad thing?

[@PF-gi9vv]

@@pauldolton9118 Defiantly a good thing but no way does it use 5 - 7 time less energy.