In the present work, a methodology that allows optimizing permanent magnet synchronous generator (PMSG) design by establishing limit values of radius and length maximize efficiency for nominal parameters wind turbine is developed. The consists two fundamental models. One model calculates from base, other optimization determines optimum generators according to criteria maximum with minimum weigh...

Abstract In a tidal current energy generation system, optimization of power can be done through turbine design, system and control mechanical transmission from the to generator, as well aspect electronic generator output control. This research aims analyze performance PMSG prototype plant. Turbine rotation is simulated using an ac motor equipped with drive that supports separate speed torque Th...

The purpose of this design is to improve the efficiency of power extraction from sea waves. Sea waves are huge untapped energy resources. There are many methods to generate electricity from power of sea waves. But, all these conventional methods use mechanics, which have a lesser efficiency than electrical systems. A new design of permanent magnet linear generator is proposed which moves with t...