Free energy generator with two dc motor
A direct current machine is an electric machine. This is an electromechanical converter allowing the bidirectional conversion of energy between an electrical installation through which a direct current flows and a mechanical device; depending on the energy source.
In motor operation, electrical energy is transformed into mechanical energy.
In generator operation, the mechanical energy is transformed into electrical energy (it can act as a brake). In this case it is also called dynamo.
However, the DC machine being reversible and capable of behaving either as a "motor" or as a "generator" in the four quadrants of the torque-speed plane1,2,3, the motor/generator distinction is "commonly" made in relation to to the end use of the machine.
A direct current electric machine consists of:
of a stator which is at the origin of the circulation of a fixed longitudinal magnetic flux created either by stator windings (winding) or by permanent magnets. It is also called “inductor” in reference to the operation of this machine as a generator.
a wound rotor connected to a rotary commutator inverting the polarity of each rotor winding at least once per revolution so as to circulate a transverse magnetic flux in quadrature with the stator flux. The rotor windings are also called armature windings, or commonly “armature” in reference to the generator operation of this machine.
Free energy generator with two dc motor
A direct current machine is an electric machine. This is an electromechanical converter allowing the bidirectional conversion of energy between an electrical installation through which a direct current flows and a mechanical device; depending on the energy source.
In motor operation, electrical energy is transformed into mechanical energy.
In generator operation, the mechanical energy is transformed into electrical energy (it can act as a brake). In this case it is also called dynamo.
However, the DC machine being reversible and capable of behaving either as a "motor" or as a "generator" in the four quadrants of the torque-speed plane1,2,3, the motor/generator distinction is "commonly" made in relation to to the end use of the machine.
A direct current electric machine consists of:
of a stator which is at the origin of the circulation of a fixed longitudinal magnetic flux created either by stator windings (winding) or by permanent magnets. It is also called “inductor” in reference to the operation of this machine as a generator.
a wound rotor connected to a rotary commutator inverting the polarity of each rotor winding at least once per revolution so as to circulate a transverse magnetic flux in quadrature with the stator flux. The rotor windings are also called armature windings, or commonly “armature” in reference to the generator operation of this machine.
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