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In this paper, A Three phase AC/DC Boost Converter is presented for efficient transfer of energy from an irregular input power source to a battery storage device or a DC link. Circuit model for a three-phase boost converter is developed using the method of averaging, followed by a derivation of the conditions under which the pulse width modulated switching circuit exhibits a resistive behavior from the input. Based on the circuit model obtained, the range of the duty cycle can be calculated. The gate pulse can be generated according to the switching states of MOSFETs. Feedback control is used to regulate the phase-to-phase input resistances of the circuit to desired values. The maximum power can be transferred from variable input source to battery or dc link, so this can be applicable for low speed wind turbines, wave energy converter & mechanical vibrations which having time-varying profiles.

Design and Control of Boost Converter for Renewable Energy Sources