| Title |
Validity Study of foreign Technical Standards for Frequency-Based Synthetic Inertia Through Analysis of Wind Turbines and Power System Dynamics |
| Authors |
Ye-Chan Kim ; Seung-Ho Song |
| DOI |
https://doi.org/10.6113/TKPE.2023.28.5.377 |
| Keywords |
Wind Turbine; Synthetic Inertia; Inertia-based FFR(Fast Frequency Reserve); Inertia Response; Hydro-Quebec; ENTSO-E; IEEE 14 Bus System |
| Abstract |
This study investigated the foreign technical standards for synthetic inertia and evaluated the validity of the Hydro-Quebec technical standards through power system simulations. By referencing the ENTSO-E technical document and the Hydro-Quebec grid code, we summarized the synthetic inertia parameters and their minimum values. By including a wind farm with Hydro-Quebec's frequency-based synthetic inertia in the IEEE-14 bus system, we analyzed how changing the parameters could impact wind turbines and the power system. We found that wind turbines with the minimum synthetic inertia parameters of the Hydro-Quebec technical standards return to the maximum power point stably even when the wind speed decreases. |