So far, the GFM converter with a nearly ideal dc voltage source has been studied thoroughly. However, when the GFM converter is applied to wind power applications, there are some realistic problems and challenges, such as coordinating wind turbine control and GFM control, limited energy to support the grid, variable wind speed, etc.
This is because the input power is always adjusted according to the dc-link voltage, which can keep the input power equal to the output power in the steady state. FIGURE 8. Simulation results of GFM type-4 wind generators with different dc-link voltage control schemes. (A) With grid-side dc voltage control; (B) With machine-side dc voltage control.
Besides, the output characteristics of the wind generators (e.g., dynamic responses and steady-state error of output voltages and currents, terminal impedance/admittance characteristics, and power quality) highly depend on the control scheme of converters (Peyghami et al., 2019), (Van et al., 2021).
Although some possible solutions for reserving the wind energy, controlling the dc-link voltage, and implementing overcurrent protection have been proposed so far, there are still some challenges and open issues regarding applying GFM control technology in the wind generators, which will be discussed briefly in this section.
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