Design and Optimization of Magnetic Gears with Arrangement and Mechanical Constraints for Wind Turbine Applications

Melaine Desvaux (1) , Roman Le Goff Latimier (1) , Bernard Multon (1) , Hamid Ben Ahmed (1) , Stéphane Sire (2)

1 SATIE - Systèmes et Applications des Technologies de l'Information et de l'Energie
2 MMA

This article focuses on the design and optimization of magnetic and mechanical (structural) parts of magnetic gears for wind turbine applications. In particular, this design takes into account the structural aspects of magnetic gears as well as the system's mechanical constraints (deformation and stress). Geometric parameters have been optimized in order to minimize the material costs for a 3.9 MW, 15 rpm wind turbine. This optimization strategy includes both magnetostatic and mechanical stationary finite element analyses. Optimization results underscore the necessity to take mechanical constraints into account, especially for the fixed ferromagnetic pole pieces.

Keywords: magnetic gears; arrangement; mechanical constraints; optimization; finite element analysis; wind turbine

Domains: Engineering Sciences [physics]; Electromagnetism; Engineering Sciences [physics]; Mechanics [physics.med-ph]; Structural mechanics [physics.class-ph]

Melaine Desvaux, Roman Le Goff Latimier, Bernard Multon, Hamid Ben Ahmed, Stéphane Sire. Design and Optimization of Magnetic Gears with Arrangement and Mechanical Constraints for Wind Turbine Applications. EVER'16, Apr 2016, Monaco, Monaco. ⟨hal-01312302⟩