This paper proposes the use of a three-phase high-frequency semicontrolled rectifier for
wind energy conversion systems based on permanent magnet generators. The main …

This paper presents a novel power conditioning unit (PCU) for variable-speed micro wind
turbine applications. It contains a simple generator-side rectifier, galvanic isolation with a …

In a small-to-medium-scale wind energy conversion system (WECS), diode rectifiers rather
than pulse-width modulated (PWM) rectifiers are widely adopted due to the features of high …

This research work develops dynamic model of a gearless small scale wind power
generation system based on a direct driven single sided outer rotor AFPMSG with coreless …

This paper presents a review of wind energy conversion topologies applicable to permanent
magnetic synchronous generator. The use of wind energy as a promissing renewable …

In this paper it is proposed a new topology of three-phase controlled rectifier feasible for
high power wind energy conversion systems (WECS). This rectifier is based on the …

This paper proposes the use of a three-phase high frequency semi-controlled rectifier
operating in the discontinuous conduction mode, feasible for small wind energy conversion …

In this study, a DSP based three phase current controlled grid interactive inverter with
reactive power injection capability is proposed for renewable energy sources. The proposed …

Small wind turbines are used for local energy production or in island networks. They are
usually installed at places, where the wind speed is relatively low and considerable …

This paper proposes a new control strategy using less number of sensors for variable speed
wind energy conversion system (WECS). Maximum Power Point Tracking (MPPT) algorithm …