This study explores the impact of high-photovoltaic (PV) penetration on the inter-area
oscillation modes of large-scale power grids. A series of dynamic models with various PV …

The main aim of this paper is the stability improvement of a large-scale power system
including wind farms and SMES (Superconducting Magnetic Energy Storage) compensator …

Novel power system control and new utility devices need to be tested before their actual
deployment to the power grid. To assist with such a testing need, real-time digital emulators …

With the increasing amount of grid‐connected photovoltaic (PV) plants in a power system,
the volatility and uncertainty of power generated from PV plants may adversely impact on the …

“Source ID Mix” has emerged as a new type of highly deceiving attack which can alter the
source information of synchrophasor data measured by multiple phasor measurement units …

This paper presents a study on power grid disturbance classification by Deep Learning (DL).
A real synchrophasor set composing of three different types of disturbance events from the …

This paper investigates the latency of system integrity protection schemes (SIPSs) and
proposes a bounded model of the communication delay. To be specific, SIPSs can be …

This study quantitatively studied the impact of PV power plants on frequency response at
both the system level and the regional level in the US Eastern Interconnection system. The …

This paper proposes a data-driven adaptive wide-area damping controller (D-WADC) for
back-to-back VSC-HVDC to suppress the low frequency oscillation in a large-scale …

A wide-area damping controller (WADC) is effective in damping inter-area low-frequency
oscillation (LFO), if the time delay in a wide-area control loop can be properly handled. In …