Özet:

SynRMs have many advantages such as robust and simple construction, low cost production, high torque capability, per unit volume, field weakening capability, reduced power losses due to lack the of the rotor windings. Therefore, these motors have become interesting for many industrial and automotive applications. In this paper, it is aimed that design of the synchronous reluctance motor (SynRM) which can operate with low voltage level produced by photovoltaic (PV) panels. It is very difficult to produce high torque with a low voltage. For this reason, SynRM was designed as having a good dynamic, high starting torque and high efficiency. The MTPA control algorithm was used in order to obtain maximum torque per current from the motor in the motor drive. Additionally, Maximum Power Point Tracking (MPPT) algorithm was used to obtain maximum power from the panels. This algorithm has automatically adjusted the speed-reference information of the motor and provided operating at the maximum efficiency of the system. Thus, a system having more efficient, more compact and ease of use was obtained in this paper.

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