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Wind velocity and rotor position sensorless maximum power point tracking control for wind generation system
Authors:Tomonobu Senjyu   Satoshi Tamaki   Endusa Muhando   Naomitsu Urasaki   Hiroshi Kinjo   Toshihisa Funabashi   Hideki Fujita  Hideomi Sekine
Affiliation:aUniversity of the Ryukyus, Japan;bMeidensha Corporation, Japan;cChubu Electric Power Corporation, Japan
Abstract:In order to perform maximum power point tracking control of wind generation system, it is necessary to drive windmill at an optimal rotor speed. For that purpose, a rotor position and a wind velocity sensors become indispensable. However, from the aspect of reliability and increase in cost, rotor position sensor and wind velocity sensor are not usually preferred. Hence, wind velocity and position sensorless operating method for wind generation system using observer is proposed in this paper. Moreover, improving the efficiency of the permanent magnet synchronous generator is also performed by optimizing d-axis current using the Powell method.
Keywords:Rotor position and speed sensorless   Wind velocity sensorless   Wind generation system   PMSG   Optimized d-axis current   Powell method
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