Pan Boolean PI control of grid-tied two-level inverter for wind power generation

In this paper, the Pan Boolean PI control for use in wind power grid-connected inverter is studied. The inverter consists of six IGBT switches and six 2-pole tubes, power of 2MW, SPWM PI control algorithm based on the Pan-Boolean and has three Pan Boolean PI controllers which control the wind turbine rectifier output voltage, active power and reactive power grid respectively, based on MATLAB platform to construct a wind power grid system by the inverter, rectifier, power grid and wind turbine. Simulation results show that the Pan-Boolean PI control algorithm parameters tuning easy, simple structure, excellent performance characteristics, but also show that the algorithm used in power electronics inverter the validity and accuracy.