This paper introduces a creative strategy of a low-speed, direct-drive axial flux permanent magnet generator (AFPMSG) for a wind turbine power generation control system that is created utilizing scientific and logical techniques, dynamic model of the axial-flux generator created utilizing Simulink/MATLAB. A maximum power point tracking (MPPT) -based FOC control approach is applied to obtain maximum power from the variable wind speed. The simulation results demonstrate the correct execution of the created dynamic model of the AFPMSG, control approach and wind power generator system.
Axial Field Permanent Magnet (AFPM) synchronous generators are broadly connected for the little size power wind turbine this is ascribe to its powerful thickness per unit load than the conventional synchronous generator. It is a circle molded rotor and the stator structures. In this paper, examine the execution of both AFER-NS and AFIR-S generators having double side's slotted stator core is accomplished to improve the output generation characteristics. The electromagnetic plan examination was done to expand the power density. The enhancements design structure optimizations of the rotor pole-arc ratio of permanent magnet are proficient to increase output power and to decrease cogging torque. The output performances of AFER-NS and AFIR-S generators are associated with each other.
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