Outer rotor permanent magnet synchronous generators (PMSGs) have revolutionized wind turbine applications. Their design enables larger size, shorter length, and increased torque, resulting in greater power output. By eliminating the need for a separate excitation system and incorporating permanent magnets, maintenance is reduced while efficiency is enhanced. By incorporating a high pole number and outer rotor design, direct coupling to the wind turbine blades becomes feasible, eliminating the necessity for a gearbox and significantly lowering maintenance expenses. These remarkable advantages establish outer rotor PMSGs as an enticing option for wind turbine power generation, especially in situations where efficiency, reliability, and maintenance are crucial factors to consider.

In this webinar, we will utilize EMWorks2D tools by EMWorks to thoroughly analyze and assess the performance of a model showcasing an outer rotor PMSG. By comparing the simulation results with the intended design parameters, we will validate the design's accuracy and effectiveness, providing valuable insights for wind turbine applications.

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