Heating Copper Wheel with Permanent Magnets Part 2

Heated upstairs of my home with this concept. Same amount of electricity used as traditional but cool to heat your home with magnets.

coming soon - 10hp 3 phase motor converted to a generator powered by vegetable oil. Now heating my entire home with this.

Category:

Science & Technology

Tags:

• Magnets
• Energy
• Heat
• Motor
• Eddy current
• Magnetic
• Neodymium
• Vegetable Oil

[BatMan21625]

I have made a new video today showing more detail of the magnet wheel and how it is made, hope to have it on you tube this week.

mike

[datzfast]

do the magnets get equally hot? i do not think they would.?

[BatMan21625]

Hello, No the magnets do not get hot at all,even after several hours of running them they still remain cool.

Thanks Mike

[datzfast]

tell me, does this apparatus impose a drag on the motor? in other words if you move the copper and water away will the motor speed up. i must know the answer, please.

[BatMan21625]

Hello, Yes the closer you get the copper to the magnets the more drag it will place on your motor but the closer the more heat it will put out.

Thanks Mike

[Fly1Home]

Curious, if you were to cut a length of pipe in half and attach it to your loop, would it create a larger drag within the magnetic short, making the heat transfer more efficient? Or perhaps double pipe the coil? Would that have any significant effect on the efficiency of your device? Thanks

[MALEXIOU1]

@BatMan21625 what is the motor consumption in watts to run a disc like the above

and what hp we need!

[seba1103gmail]

@KalbeAli1 You should learn more Mr Clever

[serbenuk]

спасибо я повторил и это работает помогите усовершенствовать urchik-@ukr.net вышлю свои наработки

[logistikmus]

try build a simple vertical axis wind turbine and gear up the rpm. and use it for heating. this might be the most efficient way of using wind energy. thanks for uploading.

[MilanKarakas]

Induction heating. Instead oscillator and coil, you made alternating magnetic field by rotating magnets in proximity of the conductor - which in turn create alternating eddy current on the copper surface. Even if the same orientation of the magnets are used, it will still make eddy current.

Try next experiment: use copper tube and magnet that fit into it. Put magnet inside tube and let it free fall. Notice how slow it will fall compared with free fall without copper (or aluminum) tube.

[boxa888]

@BatMan21625 fucking genius man!! i heard someone talk about this using oil circulationg around a copper disc, but didnt know about the magnets. now it makes alot of sense, man its fast too!! thanks alot! woke me up!

[KalbeAli1]

Guys, dont bother to talk to this guy, he has no answers for you.

continue your search, there are hope but watch the fonny wana be like this one.

[KalbeAli1]

@BatMan21625 You can see he is an imposter as he gives no data or info as answer.

People like him should be ashamed of themselves and stop wasting people hope.