A5048173955- Wind Turbine Control Systems
- Sensorless Control of Electric Motors
- Microgrid Control and Optimization
- Fuzzy Logic and Control Systems
- Wind Energy Research and Development
- Advanced Control Systems Design
- Energy Load and Power Forecasting
- Electric Motor Design and Analysis
Kyungpook National University
2023
Universal Engineering College
2022
Wind turbines are subjected to asymmetric loads and fatigue with subsequent increases in their dimension capacity, leading a reduction lifetime. To address this problem, the individual pitch control (IPC) technique is quite familiar of wind turbines. IPC used reduce tilt yaw moments, simultaneously alleviating turbine blade-root bending moments (BRBMs). This study discusses performance model predictive (MPC), H-infinity (H∞), proportional integral (PI)-based strategies integrated collective...
The main challenge faced with wind-based energy harnessing is the fluctuating and varying nature of occurrence wind capturing maximum available power from it. Maximum can be extracted if speed forecasted point operation conversion system tracked. prediction techniques used in forecasting are physical, spatial correlation, statistical, artificial intelligence. tracking algorithms for turbines include perturb observation method, signal feedback method optimal tip ratio. problem incurred all...
In this paper, parameter variation of induction motor is estimated using sensor less vector control. Among different adaptive control drive, the model reference system (MRAS) one promising methods that has been used in paper. MRAS important because it can be over a wide range speed variation. The error between adjustable and calculated stationary frame. then by an mechanism from measured terminal voltage current motor. paper with fuzzy logic controller performance PID implemented...