The Motionless Electromagnetic Generator works by using the interaction between a steady magnetic field from a permanent magnet and an alternating magnetic field from an input coil. The input coil consumes power to generate its alternating field, while the magnet provides a steady field without consuming power. Pulses are provided to the input coil to produce an alternating field, and the superimposition of the two fields induces a current in an output coil according to Lenz's Law. Once current is induced, an external power supply is disabled by a sensing device.

1. MEG Working
• The Motionless electromagnetic
generator works on the principle
of the interaction of the steady
and alternating magnetic fields.
• There are two magnetic field
sources , the magnet and input
coil.
• The input coil can generate
alternating magnetic field, but it
consumes power. The magnet
does not consume power, but it
generators steady magnetic field.

2. MEG Working
• Due to the Lenz’s law the steady magnetic field of the permanent
magnet itself cannot induce electric current in a coil.
• Therefore, We give pulses to the input coils to produce alternating
magnetic field because of Lenz’ law.

3. MEG Working
• Due to interaction of stationary magnetic field, alternating magnetic
field the magnetic field of the coil is superimposed on the magnetic
field of the magnet. Their power is added.
• As the coil generates alternating field, the strength of the field is
changing. The sum of those two fields is thus also changing and so it
can induce current in the output coil.
• After current induced in the output coil, by sensing device it disables
the external supply.

4. MEG Working Principle
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• No input is given to input coils.
• Magnetic field is equally distributed on both sides of core.

5. MEG Working Principle

6. MEG Working Principle

7. Advantages
• Low Maintenance
• More Efficient than conventional generators
• Compact Size
• Free energy

8. Disadvantages
• Strength of the permanent magnet will decrease with respect
to time.
• Cost increases with increase in strength of the magnet.
• Due to hysteresis loss in the core heat will be evolved due to
this heat, efficiency of the permanent magnet will decreases
• High installation cost
• Fabrication of core is difficult