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Perpetual Motion Motor - Learn How To Create Your Own Free Magnetic Energy Generator (Mini Romag)
Author: James Watson
The Mini Romag perpetual motion motor uses the principle of the magnetic flow movement called as "Magnet Current" for generating electrical energy. Accordingly, this generator would produce about 24Watts of free electricity while generating enough power to sustain its operation. But this generator needs to be started by an external motor nearly for 42 seconds rotating at a speed of 2100 RPM.
The working of the Mini Romag is very simple, it consists of a perpetual motion motor or generator, and when it's initiated, the magnetic energy is generated, which is available within the coiled copper wire. During the initial start up time these coils will be open. A current will be drawn through six coils which draw magnetic poles as a response between coils and rotor magnets. As a result of this response, the main shaft starts to rotate by twelve permanent magnets as they are attracted to each other and create a field. Then, the driver unit would be disconnected allowing the assembly to rotate with load acting serving as the driving force.
In addition, the assembly has an interchange of energy, which is nothing but recycling of stabilized magnetic-electro energy, since the input creates magnetic energy. Later, there is a transmutation process which is continual in nature generating energy which gets converted into electrical energy. This magnetic generator would produce electrical energy which can be used for various purposes by an individual.
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To build your own Free Magnetic Energy Generator please follow the link below -
perpetual motion motor
where will you get a constant 40 mph wind? The generator mentioned above needs to spin at 3600 rpm’s. You’ll need a gear box to go with it.
what is the difference between a generator and a electric motor? And can one be turned into the other?
how can a electric motor be turned into a generator?
The only difference is how they are used — they’re basically the same gadget.
If you attach a DC motor to a battery, the motor turns.
If you replace the battery with an ammeter (which measures electrical current), and then turn the motor by hand (or with wind, running water, or whatever), the needle of the ammeter will bounce, because turning the motor generates current.
Wind generator/electric motor that can generate up to 15 Kw?
where can I get a cheap reliable electric motor to connect to a wind turbine that will generate 15 (or more) kilowatts with average 40 mile an hour winds.
and I need 2 that get 5Kw going about 2-10 mile an hour (this one will be pushed by water).
what should I do to an electric motor, that is always connected to a battery, to convert it into a generator?
what should I do to an electric motor to convert it into a generator? the motor will always be connected to the battery but the battery should not cause the motor to spin SINCE generators should convert mechanical energy into electric energy and not the other way around.
Add a diode in series between the motor and battery. The cathode (-) of the diode is connected to teh positive of the battery. This will prevent the battery from supplying current into the motor. Spining the motor fast enough in the proper direction will allow current to flow into the battery.
The down side to the use of a diode is that you will have a voltage drop of 0.7 volts across the diode. The diode will also have to be sized large enough to handle the current flow from the generator.
wind generator/electric motor that can generate up to 15 Kw?
where can I get a cheap reliable electric motor to connect to a wind turbine that will generate 15 (or more) kilowatts with average 40 mile an hour winds.
and I need 2 that get 5Kw going about 2-10 mile an hour (this one will be pushed by water).
$60k, see source. You should build one yourself, most turbines are designed for lower wind speeds which means they use bigger blades and higher gearing. If you have that sort of wind you can use smaller blades and lower gearing, which would save you some money. But at $60k it is still a great investment if you see those wind speeds for more than 40% of the day.
Water turbines tend to be designed for feet of head and gallons per minute, and are attached to a pipe. Depending on how you design the outlet at the turbine, you can get speeds between 0 and 150 mph, but that doesn’t matter, the real question is pressure and how much water you have, not the speed of the water because the turbine does that itself. If you are looking for something that can sit in the tide and generate energy you aren’t going to find something off the shelf, it unfortunately doesn’t exist.
Hope the following links help.
I need a good link of all about electric generator and motor.?
The link or source needs to have the structures and functions of generator and motor, and also about Alterating Current (AC) of generator.