Steady-State Analysis of Permanent Magnet Synchronous Generator with Uncertain Wind Speed

This paper represents a platform for steady-state analysis of permanent Magnet Synchronous Generator (PMSG) based on uncertain wind speed. To evaluate the system performance such as torque, speed, current, voltage, and power of PMSG with considering the uncertain wind speed. This system consists of a wind speed model, wind turbine model, and PMSG model. The proposed wind speed model is put forward that could reflect the natural wind speed characteristics. The wind speed for wind turbine is used as an input, so that it captures the optimal power of wind and generates mechanical torque for PMSG. Mathematical analysis is used to demonstrate the efficacy of the model in dq-synchronous rotating reference frame of the generator. The steady-state analysis of the proposed PMSG uncertain wind speed model is evaluated with MATLAB/Simulink software.