MODELING A WIND TURBINE BASED ON TWO FIVE-PHASE MAGNETOELECTRIC GENERATORS WITH VOLTAGE STABILIZATION AT CHANGING WIND SPEED

Relevance Wind power in the Republic of Bashkortostan, as in any other region, has its drawbacks. Bashkortostan is not a region with a high level of wind energy. According to meteorological stations, the average annual wind speed at a height of up to 10 m varies from 1.6 to 4.4 m/s. The nominal wind speed at which the wind generator produces maximum power is in the range of 12–15 m/s. To solve the problem of generating electricity in areas with low wind speed, where the potential of wind energy is small, new technical solutions are needed. One of them is proposed in this article in the form of a wind turbine based on two five-phase magnetoelectric generators with voltage stabilization. Aim of research To investigate the possibility of stabilizing the output voltage at low wind speeds in a wind turbine based on two five-phase magnetoelectric generators. Research methods Modeling of operating modes at low and normal wind speeds of a wind turbine based on two five-phase magnetoelectric generators in the Matlab (Simscape) software package. Results A study was conducted of the operating modes at low and normal wind speeds of a wind turbine based on two five-phase magnetoelectric generators in the Matlab (Simscape) software package. Such a method of voltage regulation can provide the ability to stabilize the voltage and maintain high efficiency at an acceptable level in a wider range of low and normal wind speeds.