Simulation for a panoramic mirror system of security and stability control

With the centralized access of large-scale new energy to the power grid, the risk for the second line of defense of the new power system is prominent. The accuracy and timeliness of security and stability control strategies are challenged. In this study, an architecture of security and stability control panoramic mirror system is proposed. A new control strategy and calculation method are used to analyze the security and stability characteristics for new energy power grid. Furthermore, a real-time closed-loop dynamic test based on Real Time Digital Simulation System (RTDS) for the panoramic mirror system is completed. The results show that the real-time simulation matching strategies are effective and correct.