Wind Energy Conversion Using Fuzzy-PI Based Two Level Vector Controlled DFIG

Wind energy is a standout amongst the most imperative and promising elective arrangement of sustainable power source in everywhere throughout the world, the reason being that it is clean and environmentally safe. Renewable resources likewind energy are a conspicuous zone of utilization of variable speed generators employed on the steady and stable grid frequency. With expanded requests, huge wind turbines have been intended for generating electricity. Intelligent controls are being now days applied to manufacturing, process control, robotics, automation, communications, and many more allied areas. This paper purports an optimal design for controlling speed using two level vector controlled DFIG in fuzzy PI controlled3-Φ induction drives. The multilevel inverter technology being a standout amongst the most essential advances has become essential in wind energy conversion system. For appropriate monitoring, now and again a secondary scheme can likewise be a decent alternative, which reinforces the essential system during unfortunate circumstances. The enhanced powerful execution and viability of induction motor has been demonstrated by simulation results about utilizing fuzzy logic controller. FLC is used for assessmentof input controller for 3-Φ AC motor drives sustained from two level vectors controlled DFIG.