Output fluctuations minimization of wind integrated hybrid power system using electronic coordinated control of governor and blade

Using electronic coordinated control of governor and blade in the wind integrated hybrid power system, this study evaluated four proposed techniques for minimizing output fluctuations owing to high wind power penetration. Four cases were investigated for simulation analysis in this study. The power system frequency and energy generation were used as indexes to evaluate the best-proposed techniques. The control of all wind turbine blade angles was demonstrated using a constant and variable reference power generating technique. In terms of wind farm output power characteristics, grid frequency fluctuations, and wind farm energy levels, case 2 performed better than other suggested systems (cases 1, 3, and 4). Frequency deviations were kept to a minimum of +/- 0.2 Hz. The performance of the power system with higher wind power penetration was investigated using a numerical analysis employing a multi-machine power system model. The real wind speed data were recorded on Hokkaido Island, Japan.& nbsp;Published under an exclusive license by AIP Publishing.

Automated summary

By utilizing electronic coordinated control of governor and blade, this study examines four proposed techniques for reducing output fluctuations in a wind integrated hybrid power system. Through simulation analysis, case 2 proves to be the best in terms of wind farm output power characteristics, grid frequency fluctuations, and wind farm energy levels.