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Renewable energy sources, especially wind energy conversion systems (WECS),   exhibit constant growth. Increase in power and installed capacity led to   advances in WECS topologies. Multi-phase approach presents a new development   direction, with several key advantages over three-phase systems. Paired with   a sensorless control strategy, multi-phase machines are expected to take   primacy over standard solutions. This paper presents speed sensorless vector   control of an asymmetrical six-phase induction generator based on a model   reference adaptive system (MRAS). Suggested topology and developed control   algorithm show that sensorless control can yield appropriate dynamic   characteristics for the use in WECS with increase in reliability and   robustness. [Projekat Ministarstva nauke Republike Srbije, br. III 042004:   Smart Electricity Distribution Grids Based on Distribution Management System   and Distributed Generation

Speed-sensorless control strategy for multi-phase induction generator in wind energy conversion systems