Unconventional Interfaces for Protection, Measurement and Control of Unconventional Sources

To supplement and elucidate power system oscillations, such as sub-synchronous oscillations, the control block’s internal state must be continuously measured at a sufficiently high sampling rate. However, because these unconventional sources are still in the research and development phase, standardisation of generator control block models for adaptively parameter adjustment via communication is yet to be achieved. Furthermore, since many stakeholders are involved in the development, introduction, operation, and access to unconventional sources for the PMCIF, ensuring cybersecurity is essential. This study proposes a protection, measurement, and control interface (hereinafter referred to as the PMC-IF) that enables dynamic parameter adjustment of generator control blocks and state…