Design and verification of vertical axis wind turbine simulation model
2014
Komass, T., Latvia Univ. of Agriculture, Jelgava (Latvia) | Sniders, A., Latvia Univ. of Agriculture, Jelgava (Latvia)
In the course of this research the vertical axis wind turbine simulation model has been designed and verified using the MATLAB SIMULINK tool for transient process simulation. The research was based on the study of the real vertical axis wind turbine, which provided the basis for building the mathematical model. The mathematical model includes the mechanical model of the turbine, wind, turbine rotor, power output and all rotation parameter analysis and calculations. The main goal of the research was achieved and the designed model was successfully verified by the real turbine performance data. The results showed that the error of the modelled data and the real turbine data is less that 2 %, which provides an opportunity to use this model for subsequent research and turbine production or R and D in the future.
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