Solar Powered Field Oriented Control (Vector Control) of PMSM Motor
Keywords:
PMSM (Permanent Magnet Synchronous Motor), FOC (field, Oriented Control), Space Vector Pulse Width Modulation (SVPWM), Brushless DC (BLDC).Abstract
Accurate rotor position detection is important for rotor position detection
of a sensor less PMSM (Permanent Magnet Synchronous Motor). It is
desirable in any kind of machine to use a method which is less dependable
on the sensors & complex circuits, so in this paper describes the PMSM
control system of variable torque and an axial flux used to field oriented
control method. To control the stator current to obtain the desired rotor
currents (which cannot be measured directly) be measured with
coordinate reference transformation the current can be controlled like Dc
value using stander control loops. Rotor position determines plays an
important role in the improvement of satisfactory operation of the motor
so this is desirable to get the proper information of the rotor position or
rotor angle. It is observe that be control the stator current and to be
obtain maximum torque is forced to be zero. Also obtain maximum torque
and speed which will be able to be used. This paper present the use of
field oriented control to drive a PMSM several computer simulation and
experimental results are presented. Also with the growing popularity of
Electrical Vehicles, a PMSM power train is desirable for Electrical Vehicles
& Industrial Applications. Our work describes the control system of an
axial flux Permanent Magnet Synchronous Motor for various application
alongside the use of renewable energy for powering PMSM with FOC (field
Oriented Control).
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