The offshore wind power has been gaining increasing attention in recent years. Low-frequency alternating current (LFAC) transmission is emerging as a promising technology with specific advantages for offshore wind power transmission. In order to enhance the support for the power system

grid-forming control can be implemented on both sides of the converter station used in LFAC. This paper introduces the structure and control of the LFAC offshore wind power transmission system with dual-end grid-forming control. Furthermore

this study utilizes power reserve control to enable wind farms to participate in primary frequency regulation. Finally

the effectiveness of the designed control system is verified through real time digital simulation (RTDS).