Permanent magnet synchronous generator with wind plant

The objective of carrying out wind plant project with permanent magnetic synchronous generator is to generate quality electric energy with especially renewable energy source which is environment-friendly and far from the fossil-sourced fuel oils which may give harm to environment and also to make contributions to increase the usage areas of wind plants by modelling wind plants with permanent magnetic synchronous generator. In line with these goals, wind plants with permanent magnetic synchronous generator have been implemented and the resulting experimental findings have been compared to computer simulation results. In the beginning of the study, formation of wind energy, historical development processes, positive and negative environmental factors have been determined. In continuation of the study, wind turbine systems are classified according to their different characteristics. Subsequently, generator systems used in wind plants have been explained and advantages and disadvantages are listed comparatively. After it has been decided that permanent magnetic synchronous generator should be used, mathematical equations have been provided for the creation of permanent magnetic synchronous generator model. In addition, after the conversion of wind energy into mechanical energy has been expressed, necessary statements have been described for the maximal use of wind energy. Following the above mentioned definitions, parameters for selecting necessary circuit elements for wind plants with permanent magnetic synchronous generator have been explained and wind plant with permanent magnetic synchronous generator has been erected. After the system model, experimental studies have been commenced. Throughout this process, wind plant with permanent magnetic synchronous generator has been simulated in Matlab / Simulink computer software. In the last part of the study, experimental findings of wind plants with permanent magnetic synchronous generator have been compared to results of simulation work. Furthermore, while electric energy is generated, attention should be paid to parameters such as design of a highly effective system, having controllable output and being sensitive to environmental factors.